Monthly Archives: September 2022

From Artemis I to Mars missions; NASAs roadmap for the future – HT Tech

Posted: September 27, 2022 at 8:05 am

NASA has released its list of objectives as a part of its Moon to Mars planning for the future. Heres what the future holds for the space agency.

NASA on Tuesday released its revised Moon to Mars objectives which will serve as a roadmap for future missions. The space agency is beginning with the Artemis I mission which is set to launch at the end of this month after two failed launch attempts. According to the NASA blog, the space agency is calling for inputs from industry, experts, academia, stakeholders and international communities to further improve its objectives for deep space travel.

NASA's Artemis missions will provide a way for the space agency to prepare astronauts for future Mars missions. The Artemis programme is NASA's attempt to go back to the Moon for the first time since the Apollo 17 mission in 1972. NASA has finally prepared 63 revised objectives which cover four broad topics science, transportation & habitation, Lunar & Martian infrastructure and operations.

NASA Deputy Administrator Pam Melroy said in the blog, We need a roadmap with staying power, and through a collaborative process, we've identified a core set of defined objectives to achieve our exploration goals with our partners. These objectives are both practical and aspirational, and we were gratified by the thoughtful contributions of our workforce, industry, and international partners who will join us in shaping our future together.

The preparation for these objectives began in November last year with the help of Agency Cross-Directorate Federated Board. According to NASA, these objectives will help the space agency in working better with the other nations and might even open up opportunities for future collaboration during deep space missions.

Jim Free, NASA's associate administrator for the Exploration Systems Development Mission Directorate said, We're helping to steward humanity's global movement to deep space.

The objectives will help ensure a long-term strategy for solar system exploration can retain constancy of purpose and weather political and funding changes. They help provide clear direction as new technologies, vehicles, and elements are developed in the coming years and are designed to be realistically achievable, he added further.

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AstroAccess announces Ambassadors and flight crew for Next Weightless Flight – Space Ref

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AstroAccess, an organization dedicated to promoting disability inclusion in space exploration, announced its second cohort of Disabled Ambassadors who will fly on AA2, the second AstroAccess parabolic flight with Zero Gravity Corporation. The flight will take place in Houston, TX on December 14, 2022, the 50th anniversary of the Apollo 17 lunar liftoff, the last time humans were on the Moon.

AstroAccess is inspired by the history-defining work of the Apollo Program. The team is excited to have the next flight take place in the city of Houston with the opportunity to contribute to the citys rich history of human spaceflight by reimagining accessible spaceflight design and redefining who can be an astronaut. The AA2 flight will continue the important accessibility research that was conducted on the inaugural AstroAccess flight in October of 2021, as well as work on two additional parabolic flights conducted by MIT and the Aurelia Institute, which flew AstroAccess Ambassadors in May of this year.

The AstroAccess AA2 flight crew is a mix of four returning flyers and twelve new flyers. This combination of new and returning flyers, in addition to the work done by the AstroAccess ground crew and the mentorship of the AA1 Ambassadors, has launched AstroAccess into the next phase of its mission to make space more accessible. For the first time, the flight will have international Ambassadors from four countries and three continents (Australia, Brazil, Germany, and Spain) as part of the programs global expansion. The full list of AA2 flyers can be found at the end of this release and on the AstroAccess.org website.

AstroAccess co-founder and Executive Director Anna Voelker stated, This is a vital next step for advancing not only access to space, but the quality of space science itself, by ensuring that 15% of the worlds population is not excluded. Anna added, We are honored to be working with a phenomenal and passionate team of nearly 100 individuals who are driving this mission forward, and welcome anyone who is interested in contributing to join our growing team.

Returning flyer Mary Cooper, a Stanford masters student in Aeronautics and Astronautics with a lower leg prosthesis, will fly in zero-g for her second time and plans to continue her work as an AstroAccess Ambassador. Mary described her feelings about the experience: This second flight will enable us to build upon the important demonstrations we began in our first flight to show that space can be made accessible with simple changes that improve safety for everyone.

Joining Mary and the other returning flyers on AA2 is a fresh group of new flyers. One of the new Ambassadors is Lindsay Yazzolino. As a blind person and science enthusiast, Lindsay is prepared to fulfill her lifelong dream of experiencing microgravity from a purely nonvisual perspective. Lindsay notes, There currently exists a grand total of zero blind astronauts. Im looking forward to collaboratively developing much-needed design practices for implementing nonvisual accessibility in all aspects of space travel.

The flight research conducted by the AstroAccess Ambassadors would not be possible without the strong support from the AstroAccess ground crew. The ground and flight crew are collaborating to design experiments that will help AstroAccess demonstrate ways to make spaceflight more accessible in the future. Flight Ops Research Lead Corey McClelland puts it best, The work that were doing at AstroAccess is laying the foundation for the future of human spaceflight. To democratize space, were expanding the notion of the right stuff and doing the necessary research for inclusion to enable a wide range of people to fly.

The AstroAccess 2022 flight costs have been generously sponsored through a philanthropic donation from Dylan Taylor, and the organization continues to be supported by ongoing funding from the Whitesides Foundation. AstroAccess is funded entirely by charitable donations, which can be made via the website: https://astroaccess.org/donate/.

To learn more about becoming an AstroAccess sponsor, please contact donate@astroaccess.org.

More details about AstroAccess, including how to join the crew, can be found at https://astroaccess.org/. Information can also be found by following AstroAccess on your favorite social media site.

AstroAccess AA2 Flight Crew

New Flyers

Lindsay Yazzolino (she/her) is a totally blind nonvisual designer with backgrounds in cognitive neuroscience research and public transit accessibility. She graduated from Brown University and spent several years as a cognitive neuroscience researcher investigating how blindness shapes cognitive abilities such as Braille reading, language, and touch and sound perception. Lindsay currently works as a user experience designer at CVS Health and is also a tactile technology specialist, collaborating with scientists, museums, and product developers to create multisensory, hands-on experiences.

Lucas Radaelli (he/him) is blind and was born in Brazil. He works as a senior software engineer at Google in San Francisco, California. Lucas is a tech lead in a team that develops accessibility solutions for people with disabilities. He wants to advance STEM accessibility for blind people so they can pursue careers in engineering and mathematics.

Denna Lambert (she/her) is currently serving as the Diversity, Equity, Inclusion, and Accessibility Lead for NASAs Early Stage Innovations & Partnerships (ESIP) portfolio within the Agency Space Technology Mission Directorate located at NASA Headquarters in Washington, D.C. Denna received her Masters in Public Administration from the George Washington University and her bachelors in business administration from the University of Arkansas-Fayetteville.

Dr. Carlos Archilla-Cady (he/him) currently works as a Pediatric Anesthesiologist in Orlando, Florida and is a Veteran of the United States Navy. Carlos is a bilateral cornea transplant recipient. He has conducted visual physiology experiments examining the effects of microgravity on eye health and would like to advance research on visual physiologic changes experienced in space travel. After executive education at the Harvard and Wharton Schools of Business, he recently obtained a Global Executive Masters in Business Administration from the IESE Business School.

Victoria Garcia (she/her) works at NASAs Marshall Space Flight Center as a launch vehicle systems engineer. Her work includes several projects that further technology for human space exploration. Victoria was born Deaf and often serves as a guest speaker for students of all ages. She received her Bachelor of Science degree in Mechanical Engineering from Rensselaer Polytechnic Institute and her Master of Science degree in Mechanical Engineering from the Georgia Institute of Technology.

Sheila Xu (she/her) is currently pursuing dual MPP and MBA degrees at Harvard University and the Wharton School of the University of Pennsylvania. Sheila earned her Bachelor of Science in Humanities and Science from the Massachusetts Institute of Technology. She is the first Deaf Asian female pilot and has interned at NASAs Jet Propulsion Laboratory. Sheila is interested in developing and investing in accessible space technology and advocating for policy changes to open up aerospace and aviation traditionally closed to people with disabilities.

Dr. K Renee Horton (she/her) is a hard of hearing advocate for diversity and inclusion in STEM and the founder of Unapologetically Being, Inc. She is from Baton Rouge, Louisiana and is a graduate of Louisiana State University with a Bachelor of Science degree in Electrical Engineering. Renee is also the first African American to receive a Ph.D. in Material Science with a concentration in Physics from the University of Alabama. She currently works as a NASA Airworthiness Deputy on the Electric Powertrain Flight Demonstrator project.

Jose Luis de Augusto (he/him) is an aerospace engineer,commercial pilot, flight instructor, and a wheelchair user. Jose has worked at Airbus as a certification engineer and a flight test engineer. In 2019, he founded Newwings, a pilot school for persons with disabilities. Jose was among the pre-selected candidates for the European Space Agencys Parastronaut Project.

Michi Benthaus (she/her) earned a Bachelor of Science degree in Mechatronics Engineering and is pursuing a masters degree in Aerospace Engineering with a focus on space and astrophysics at the Technical University of Munich. She is currently doing an internship at the German Aerospace Center (DLR). Michi is a sports enthusiast who loves to play wheelchair tennis and go-karting.

Dwayne Fernandes (he/him) is an Indian-Born Australian and a double amputee. He works as a New South Wales (NSW) Accessible Delivery manager for the state government. Dwayne also co-founded Minds at Play, a national social gaming company that builds essential social and communication skills for players through games like Dungeons and Dragons and Minecraft. He works on engaging and expanding peoples understanding of disability inclusion when it comes to infrastructure, service delivery, and employment.

John D. Kemp (he/him) is a person with a disability and a graduate of Georgetown University and Washburn University School of Law. John co-founded the American Association of People with Disabilities, serves as President & CEO of Lakeshore Foundation and chairs Delta Air Lines Advisory Board on Disability. John has been awarded the Henry B. Betts Award, regarded as Americas highest honor for disability leadership and service, and the Dole Leadership Prize, which includes Nelson Mandela and two former U.S. presidents as past honorees.

Caeley Looney (she/her) is neurodivergent and a Space Mission Analyst at L3Harris Technologies. She graduated from Embry-Riddle Aeronautical University with a Bachelor of Science in Aerospace Engineering and earned a masters degree in Space Systems Engineering at Johns Hopkins University. Caeley is the founder and CEO of Reinvented Inc., a nonprofit focused on empowering young girls to pursue STEM fields.

Returning Flyers

Dr. Sheri Wells-Jensen (she/her) is an associate professor at Bowling Green State University. She earned her PhD from the State University of New York at Buffalo in linguistics. Sheris research interests are in social aspects of astrobiology, disability studies, and how body shape and sensory input might affect language structure of any extraterrestrial intelligence we may someday find. She is the 2022-2023 Baruch S. Blumberg NASA Library of Congress Chair in Astrobiology, Exploration, and Scientific Innovation. Sheri flew as part of the Blind Crew on AA1.

Eric Ingram (he/him) is the Founder and CEO of SCOUT Inc., a U.S.-based company developing orbital products and services to enable a new era of space safety and transparency. He is also a Board Member at the Space Frontier Foundation. Previous to SCOUT, Eric served as an Aerospace Engineer for the Licensing and Evaluation Division of the FAAs Office of Commercial Space Transportation. Eric flew as part of the Mobility Crew on AA1.

Eric Shear (he/him) is a graduate student at the University of Florida, where he is studying chemical engineering with the goal of working in the space industry on life support and in-situ resource utilization. Eric currently works as a research assistant at the University of North Florida on novel hydrogen production techniques. He previously earned degrees in physics and planetary science at York University in Toronto. Eric flew as part of the Deaf Crew on AA1.

Mary Cooper (she/her) is a student pursuing a Master of Science in Aeronautical & Astronautical Engineering at Stanford University, where she recently graduated with an undergraduate degree in Aerospace Engineering & Computer Science. Mary is a champion athlete and a below-the-knee amputee. She is also a 2020 Brooke Owens Fellow, 2020 Lime Connect Fellow, and a 2021 Matthew Isakowtiz Fellow. Mary worked at SpaceX on the astronaut training team to help prepare Polaris Dawn, NASA Crew-5 and Crew-6 for spaceflight. Mary flew as part of the Mobility Crew on AA1.

About AstroAccess

AstroAccess is dedicated to advancing disability inclusion in space exploration for the benefit of humankind. The first mission successfully flew 12 individuals with disabilities on October 17, 2021 with the ultimate goal of flying one or more team members to space in the coming years. The project is supported through the Whitesides Foundation and is part of SciAccess, Inc., an international non-profit dedicated to advancing disability inclusion in STEM. The fiscal sponsor of the project is the Spacekind Foundation, a non-profit space advocacy organization.

For general inquiries: info@astroaccess.orgFor press and media Inquires: press@astroaccess.org

About Zero Gravity Corporation

Zero Gravity Corporation is a privately held space entertainment and tourism company whose mission is to make the excitement and adventure of space accessible to the public. The experience offered by Zero-G gives individuals the opportunity to experience true weightlessness without going to space. Zero-Gs attention to detail, excellent service and quality of experience combined with its exciting history has set the foundation for exhilarating adventure-based tourism. You can learn more by visiting the Zero-G website at http://www.gozerog.com.

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Where to Watch a Rocket Launch – Tinybeans

Posted: at 8:05 am

Got an aspiring astronaut or space enthusiast who would give anything to see a real, live rocket blast into space? Get ready to count down and feel the rumble of the engines! Whether youre headed west to California or south to Floridaor somewhere in betweenpack your bags and head to one of these amazing U.S. spaceports to see a rocket launch, up close and personal.

Note: Not all rockets are deemed go for launch. Space flights may be called off even as close to seconds before liftoff. So be flexible, and try to make your plans to allow a few days of a window to see a launch if it is delayed due to weather or mechanical failure.

The It spot for rocket launches, Kennedy Space Center not only has prestigious crewed and unmanned launches every few weeks from its Florida Space Coast complexbut its also one of the worlds best space museums in the country! That means, even if your coveted rocket launch is canceled or delayed (which happens frequently), your space cadets will have a blast learning about aerospace through a ton of hands-on, immersive experiences, including a simulated Space Shuttle launch and scheduled meetups with astronauts.

That said, if youre lucky enough to catch a launch (the launch schedule is listed on the Kennedy Space Center website), the Center offers several exclusive Launch Viewing Packages to get you as close as youre allowed to be when the countdown begins. Packages include admission/transportation to spectator areas as well as live commentary from experts leading up to and during the launch. To reserve your spot, check the Kennedy Space Center website.

Of course, you dont have to be at the Kennedy Center to see the space capsule soaring toward the heavens. If youd rather not pay to see the launchor if seats have already sold out (which they will!)there are many great spots along the coast thatll still give you a great view of the action. Finding a prime spot sometimes takes a little research, as youll want to find a place that offers the best view for whatever rocket youre hoping to see. (As a rule of thumb, find a viewing spot closest to the launch pad the rocket is taking off fromKennedy lists its launch sites on the website.)

For a complete list of viewing spotsincluding a map of Kennedy and Cape Canaveral launch padscheck out Visitspacecoast.com.

Related: Stargazing 101: Your Guide to Mastering Astronomy with Kids

Cape Canaveral Air Force Station is just a few miles from Kennedy Space Center, so launches from both locations can be seen from Kennedys viewing areas. If youve already done Kennedy (or if its sold out) and you want to find your own spot along the seashore to watch the rockets fly, public spots include:

Playalinda Beach (1000 Playalinda Beach Rd., Canaveral National Seashore): This 4-mile stretch of the Canaveral National Seashore offers straight-shot views of Cape Canaveral launches. Note: This location is closed for launches from Complex 39A (its that close!).

Space View Park (17 Orange St., Titusville, FL): This spot is especially good for launches from Complex 39A, with free parking and panoramic views across the water (See what its like with this Youtube video). This location also features various space monuments and the U.S. Space Walk of Fame, which takes visitors through the history of space exploration.

Sand Point Park (10 E Max Brewer Causeway, Titusville, FL): Make it a beach day! This coastal spot offers free parking, restrooms, BBQ grills, and picnic tablesplus a playground and splash pad for the littles.

Jetty Park (400 Jetty Park Rd., Cape Canaveral, FL): This beach offers great views for most launchesespecially from Complex 46and offers umbrella rentals, kayak and paddleboat rentals, and a full-service restaurant.

View a schedule of Cape Canaveral Launches here.

Also known as the Mid-Atlantic Regional Spaceport (MARS), this busy space launch facility on the eastern shore of Virginia hosts large and small rocket launches that can be seen for miles down the coast. For the best views, take your little skywatchers to the Wallops Visitors Center, which offers a free launch viewing area thats one of the only public sites with a clear view of the launch pads. Note: You can only watch a launch from the Visitors Center if the launch happens during its regular hours, Tuesday through Saturday, 10 a.m. to 4 p.m.

Large-scale launches, including the liftoff of the Antares rocket that goes to the International Space Station, are super-popular and spots at the Visitors Center fill up quicklyso get there early. (You can watch a Youtube video of an Antares launch here.) Launches of smaller-scale rockets, known as sounding rockets (these contain research tools that take measurements from space) arent as popular, so you can usually get a spot. These rockets apparently take off so fast you might miss them as they dart up into the sky, so keep your eyes open! (Or watch a video of a sounding rocket launch here).

If the Visitors Center is closedor fullviewing locations on the nearby Chincoteague Island include Robert Reed Park on Main Street or Beach Road spanning the area between Chincoteague and Assateague Islands. The Virginia, Maryland, and Delaware Atlantic beaches also provide good viewing locations, though youll only see the rocket streaking through the sky from a distance. Want to make a beach vacation out of it? Book a seaside room at Chincoteague, where reportedly every balcony will give you a view of rockets soaring (if youre lucky enough to catch a launch, of course).

See the Wallops rocket launch schedule here.

If a West Coast launch is more convenient for your space-loving brood, Vandenberg Air Force base is a drivable 2 1/2 hours from LA and 4 1/2 hours from San Francisco and has frequent enough rocket launches that youll likely find one that works for your space-loving tykes. The active base is closed to visitors, but there are plenty of spots around town and on the seashore where you can get a great view of the rockets launching into the skysome of them so close youll feel the vibration of the engines and have to cover your ears to muffle the boom. (Check this super-informative Youtube videoto see what its like to watch a Vandenberg launch).

To find the best spot for whatever launch is happening while youre there, check out this City of Lompoc guide to local viewing spots. In general, youll want to pick a spot thats got the most direct view of the launch pad (there are several launch areas within Vandenberg, but this rocket launch calendar usually lists the specific launch pads for each launch).

Of course, like all flights (space-bound or otherwise!), delays and cancellations are commonso be prepared to entertain your space travelers with, maybe, a trip to nearby Santa Barbara.

Related: 72 Hours in Santa Barbara With Kids

Spaceport America bills itself as the first purpose-built commercial spaceport in the world and its behemoth welcome buildinga flying saucer-esque structure perched in the middle of the desert like a bona fide spaceshiplooks like something straight out of Star Wars. And even though its middle-of-nowhere location doesnt host public viewings of its rocket launches (yet), a visit to this 18,000-square-foot spaceport is a must for any space buff.

Located 45 miles north of Las Cruces and 20 miles southeast of Truth or Consequences, New Mexico, Spaceports main tenant is Virgin Galactic, whose goal (if Sir Richard Branson has his way) is to make cosmic tourism within reach for everyone. Launches arent open to the public (unless youve bought a Virgin Galactic ticket to the stars), but tours of the facility are availableand sound like a dream-come-true for kids (and adults) who want to get an inside look at the elusive location.

Tours include:

There was talk of building a public viewing area at Spaceport for the space-loving sort to gaze skyward, but nothing has been finalized. Until then, the tours are your best bet to get a glimpse of the future of space travel. For more information about Spaceport America, check out Spaceportamerica.com.

If Elon Musk has any say in the matter, Boca Chica, Texas, a desolate swath of land on the southeastern border of Texas and Mexico, will become the next great portal to the stars. The up-and-coming spaceport known as Starbase is Musks grand venture into galactic travel; it being the launch pad for his Starship rocket, a colossal capsule that he hopes will eventually shuttle earthlings to and from Mars. Orbital test flights of the rocket may come as early as this fall, so if youd like to see the monster rocket lifting up, keep an eye on this calendar.

In the meantime, the rocket stands ready on the launch pad, proudly pointed skywardand aspiring space travelers can get up close to (but not inside) the facility to check it out (the nearby road gets you close enough to snap Insta-worthy photos). When the rocket does launch, nearby South Padre Island makes a great stakeout point (with warm waters and sandy beaches, it makes a great vacation spot, too!). Want something even more unique? This quirky Rocket Ranch Airbnb is banking on space tourists, with space-themed rooms and launch viewing spots from its Rio Grande River location just down the road from Starbase.

If you cant make it to southeast Texas, the Starship launch promises to be a big deal, so youll be able to count down with Mission Control by watching the launch online at Space.com. No plans to head to the border? The non-NASA-affiliated website NASASpaceflight.com has live feeds of the spaceport on its Youtube channel If you want to take a peek at whats happening right now.

Want the option to see every major rocket launch that happens, whenever they happen? Theres an app for that! Download Space Launch Now or T-Minus apps to be notified of every rocket launch out there and get live feeds of the rockets as they lift off. Nothing like stepping away from the PTA meeting to watch a space launch!

Even cooler? Put the rocket in your backyard! The Backyard Apollo app uses augmented reality to launch a rocket from wherever you point your camera. Youll be able to plant a rocket in your backyard, school parking lot, or kitchen floorthen walk around and under it to explore what it looks like, up close. The app also includes live audio to narrate the launchas well as on-screen labeling of all the rocket parts as your camera goes over them, so your little Mission Controllers can understand the flight operation in real-time.

*For a calendar listing all upcoming launches throughout the country, head to Space.coms launch calendar or Spacelaunchschedule.com.

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Calling Lovers of All Things Lunar | National Air and Space Museum – National Air and Space Museum

Posted: at 8:05 am

Are you a lover of all things lunar? Here are three hidden gems from the Destination Moon exhibit you wont want to miss.

Ever wondered how we pictured the Moon before we really knew what it looked like? Look no further than Chesley Bonestells mural Lunar Landscape. Bonestells (1888-1986) paintings provided stunning backgrounds for Hollywood films of the 1930s and '40s, including Citizen Kane. However, he remains best known for his profound influence on a generation of space enthusiasts, whose dreams were fueled by his images, including Lunar Landscape.

Lunar Landscape was originally painted for the Boston Museum of Science. On March 28, 1957six months before Sputnik launchedthe Museum of Science in Boston unveiled the work of art on the lobby wall of the Charles Hayden Planetarium. However, images taken by the first lunar probes shortly after revealed that the surface of the Moon was far less harsh and jagged than Bonestell had imagined.

The Boston Museum of Science officials carefully removed it from the wall in 1970 when it was no longer deemed accurate. They presented the artwork to the National Air and Space Museum six years later, but it wouldnt be until 2022 that the painting was in good enough condition to be put on display.

Lunar Landscape remains a masterful, if outdated, vision from a time when people could only dream of space travel. Learn more about Lunar Landscape.

Upon first glance, visitors might pass over the humble sewing machine in Destination Moonwhich is featured among massive and impressive technology like a Saturn V engine. But this sewing machine has stories to telllike helping put the first people on the Moon!

In 1965, NASA awarded International Latex Company (ILC) in Dover, Delaware, the first Apollo spacesuit contract. ILC, which manufactured gloves, bras, and other support garments, had created its Special Products Division in 1947 to make high-altitude helmets and suits for the U.S. military.

The Singer sewing machine featured in the gallery was among the many that ILC seamstresses used to sew the fabric portions of the Apollo spacesuits. The seamstresses underwent rigorous training and testing. They had to maintain stitch length precision that would challenge the best tailors. They manufactured all the spacesuits worn on the Moon, and without them a lunar landing would ever have been possible. Learn more about the development of spacesuits.

Has a glint of gold caught your eye? You may be headed in the direction of The Lunar Surface Ultraviolet Camera. This isnt your average telescope! It was the first astronomical telescope used on another planet. Astronaut John Young operated the camera on the lunar surface during the Apollo 16 mission.

The telescope in Destination Moon didnt actually fly to the Moon (that one is still on the lunar surface). The object seen on display is the reconstructed engineering model. But thats not all there is to know about this small but mighty piece of technology. The engineering model on display holds the original film cassette brought back from the telescope on the Moon!

Both the telescope on display and the one used during the Apollo 16 mission were built by Astronomer George Carruthers at the Naval Research Laboratory in Washington, DC. Carruthers developed an early interest in astronomy and built his first telescope at age 10. After earning an engineering doctorate from the University of Illinois, he joined the Naval Research Laboratory in 1964where he designed and built the first Moon-based observatorythe Lunar Surface Ultraviolet Camera.

In the 1980s, Carruthers created the Science & Engineers Apprentice Program, which brings high school students to work with Naval Research Laboratory scientists. He especially tried to reach out to students of color.Learn more about George Carruthers.

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Five Nasa inventions built for space that can be used in everyday life… – The US Sun

Posted: at 8:05 am

IN PURSUIT of sending people and objects off-world, Nasa has devised some of the world's finest accidental inventions.

These everyday objects were built for zero gravity activity but serve humanity well on the ground.

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The handheld vacuum, or dust buster, was an accidental invention that came to life during the Apollo missions.

Astronauts needed a small and light motor for operating a hand drill on the Moon.

Black & Decker, the company behind the Moon drill, reconfigured the technology to power the cordless vacuum and other Earthbound appliances.

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Frank Rudy left Nasa after the completion of the Apollo 11 mission to file a patent for a sneaker sole that could be filled with shock absorbent air.

"The basic idea is to inflate the air cushion with something that simulates what's happening in your lungs," Rudy said before his death.

Sneaker History gave Rudy the admirable title of "The Father of Nike Air".

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Astronauts needed to be able to freely use their hands without risk of tangling or unplugging their communication tools.

In the 1960s, wireless headphones were already in limited use by airplane pilots and air traffic controllers.

A Nasa blog explains it only took 11 days to fit the tech into an astronauts' helmet and later innovations cleared the headset for takeoff.

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The soft memory foam mattress was originally invented for a rough landing.

In 1966, scientists at the Ames Research Center developed memory foam as a shock absorber during takeoff and in the event of an impact.

Memory foam never found a seat on the space shuttle but it did spur a new era of mattress manufacturing.

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Nasa doesn't claim to have invented the mouse, but the space agency did provide a grant to the man who did.

Doug Englebart was experimenting with ways to improve human-computer interactivity when Nasa provided the funding for him to explore ideas to make computing more efficient.

Through trial and error, Englebart landed on the computer mouse which he first billed as an "x,y position indicator for a display system" in a patent application.

Englebart never earned any royalties for inventing the computer mouse, according to The Smithsonian.

Nasa's inventions, accidental or intentional, have served not the astronauts but people on Earth looking up at them.

As more of space travel becomes privatized, large companies will hold the intellectual property behind all their inventions and there may be less public reward for breakthroughs.

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The complete guide to military bases in Colorado – We Are The Mighty

Posted: at 8:05 am

Wondering about what bases you might find in the Centennial State? Well, its no surprise that land-locked Colorado doesnt have any installations for the water-based military branches. But what you might not know is that the Colorado is home to a Space Force bases alongside its Air Force and Army installations.Heres an overview of the military bases in Colorado you can expect to find.

The Air Force Academy is located in Colorado Springs and accepted its first class in 1954. However, women couldnt attend until 1976. Air Force cadets go through intense training, just like at other military colleges. Their training includes five weeks of basic cadet training on base. Athletics play an important role at the Academy. The school football and baseball teams, and theres everything from water polo to gymnastics. After graduation, cadets have earned a bachelors degree in science and commission as second lieutenants in the Air Force. During graduation, Thunderbirds fly overhead.

CMAFB is one of the most well-protected military installations. No, really. Its literally located inside a mountain! The DoD definitely wants to make sure whatever is inside stays safe. Very, very safe. Surprisingly, some parts of the installation are open to the public, including a very out of the way and somewhat random petting zoo. All things considered, it might not be the weirdest thing youll ever find on an installation. Either way, if youre wondering whats so secret about the base, heres why the installation is inside the mountain.

Also located in Colorado Springs is Peterson Air Force Base. The installation provides runway support for Colorado Springs Municipal Airport. The installation can trace its history to 1942. Its initial mission was to train pilots for photo recon missions. However, by the end of the war, the mission at Peterson changed. These days, it hosts the 21st Wing, an Air Force Wing thats spread over six counties. The 21st is responsible for space control and missile warnings for the entire country.

Less than 20 kms from Peterson is Schriever Air Force Base. Unlike Peterson, Schriever is relatively young. Construction on the base started in the 1980s but was built without any one mission in mind. Currently the 50th Space WIng calls Schriever home. The 50th is responsible for the careful monitoring of over 170 satellites.

Fort Carson isnt a base, since the Army calls their installations posts. However, it is the Best Hometown in the Army because of its great location. Sometimes its called Mountain Post: because of its location. These days, its home to the 4th Infantry Division. Youll also find the 10th Special Forces Group and others. This installation is often considered one of the premier DoD locations for training Soldiers to win in combat situations. Nearby Colorado Springs and Fountain are excellent places to live and the area provides breathtaking scenery.

The mission at Ft. Carson is to build and maintain combat ready expeditionary forces ready to fight and win in complex environments. Ft. Carson is home to the 4th Infantry Division and the 10th Special Forces Group (Airborne). Youll also find the 71st Ordnance Group. Since 2005, its been home to the Armys 1st Space Brigade. The 1st SBs mission is to provide trained and ready space forces to conduct global space force enhancement.Check out our complete Ft. Carson guide here.

PCD is a storage site in Pueblo, Colorado. Its about 40 miles south of Colorado Springs. The 36-square mile facility is in an arid, out-of-the way section of the state. The storage facility is home base for Americas arsenal of chemical weapons. In fact, its one of nine Army installations tasked with this mission. The facility has more than 900 above-ground earth and concrete igloos for storage purposes. However, its estimated that only about ten percent of the structures contain chemical weapons.

Buckley Space Force Base was an Air Force installation until 2021. But its no stranger to space travel. In fact, its first space mission happened in 1969! Located at the foothills of the Rocky Mountains, Buckley Space Force Base is nestled in a thriving military community that includes service members from all branches and a robust retiree population as well. The 300 sunny days a year mean theres always a reason to get outdoors.

Buckleys host unit is Base Delta 2. Its responsible for day-to-day support to Space Delta 4. Space Delta 4 commands the SFs missile warning forces. Additional units include the Colorado Air National Guards 140th Wing, the Denver Naval Operations Support Center, and the National Reconnaissance Offices Aerospace Data Facility. Buckley is also home to more than 90 tenant units including the Army Aviation Support Facility and the Air Reserve Personnel Center.

How many military bases are in Colorado?

Counting the chemical weapons depot, there are seven installations in Colorado.

How many military bases are in Colorado Springs?

The area around Colorado Springs is home to three military installations.

What is the big Army base in Colorado?

Fort Carson is in Colorado and is considered one of the best Army posts!

Can you be color blind in the military?

Its possible, depending on the job that interests you. Speak with your recruiter for more information.

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Types of Psoriasis and Their Effects on the Immune System – Cureus

Posted: at 8:04 am

Psoriasis is an immune-mediated skin disease with a genetic predisposition. There is an involvement of the interaction of adaptive and innate immunity, which is the main pathological mechanism in this disease. Cytokines, which are secreted, mediatethe interaction of the T cells with the cells of dendrites, keratinocytes, and macrophages [1]. Biologists over the past decade have developed and approved blockers for interleukinIL-23, tumour necrotic factor , and IL-17 for psoriasis treatment [2]. This disease is an immunesystems-related disease of joints and also of skin, which is recurrent, chronic, and common. It has a considerable huge negative impact on various aspects of an affected patient's health, like emotional, psychosocial, and physical well-being [2].

One of the main determinants of expression of the disease is the carriage of the HLA-Cw6 and environmental triggers such as beta-haemolytic infection caused by Streptococcus in the early stage of psoriasis, like if it begins before 40 years of age [3]. The cells that are antigen-presentingare present in the skin and secrete the IL-12 and IL-23, which ultimately activate type 1 (Th1) and type 17 (Th17)T helper cells to produce a cellular type of immune response. The cutaneous findings which are observed in this disease are due to the development of a state of chronic inflammation, altered hyperproliferation of epidermis, apoptosis, differentiated mechanism, and neo-angiogenesis which is caused by different types of cytokines such as tumour necrosis factor (TNF) [4].

There can be dysfunction in the immune systems, particularly in autoimmune diseases, which are caused by specific triggers that vary among individuals. Whereas in psoriasis, it most commonly may include trauma of the skin, like bites of insects, scratches, and sunburn. Stress can also be considered as one of the triggers. An inflammatory response is accidentally generated in the activated immune systemin psoriasis. The immune system works against or attacks the healthy cells as if they resemble foreign invading harmful pathogens. Here, signalling molecules are produced in excess, as well as the helper variant of T type of lymphocytes or T kind of cells, which are the white cells of blood, that becomeirregularly active. The blood vessels present in the skinwidendue to the action of cytokine molecules. So thereafter, there will be an accumulation of keratinocytes and white blood cells, which will in turn make the outermost skin layer grow much quicker than the normal one. In the usual scenario, a person without psoriasis would take up to 3-4 weeks for cell maturation, migration to the skin surface, dividing, and also sloughing off, whereas in psoriasis, for the same events, it takes just 3-7 days. The outcome of this is that there is a thick skin buildup with flushed, scale, skin, and plaques.

Psoriasis begins in one-third of the overall cases in childhood itself and is of long duration. It is acommonly occurring inflammation-related disorder of the layer of skin that is immune-mediated [5]. For the exacerbation and onset of the disease, there are numerous factors: mutations in the gene 14 of the recruitment of the caspase domain of the family and the genetic factor which has the HLA-Cw6; environmental factors like medications, lifestyle; and infectious diseases [6].

Some triggers like injury to the skin or medications like lithium, quinidine, antimalarial drugs, infections, and stress, cause most kinds of psoriasis. Allergies, weather, and diet too can be the other triggers for this condition. There are about seven main kinds of psoriasis: plaque-type psoriasis; Guttatepsoriasis; inverse psoriasis; pustular psoriasis; erythrodermic psoriasis; nail psoriasis; and psoriatic arthritis.

While identifying this disease, we look for its symptoms, which can appear like rashes occurring in patches and lookdifferent as we see them in each individual. Some may appear as major eruptions all over the body or dandruff-like scaling. It could also be rashes with variation in the colours like shades of brown or pink or black skin or grey with purple or even with red along with silver scaling on the white skin, or cracked skin due to dryness that might bleed, or scaling small spots usually occurring in children, burning sensation, soreness, the appearance of episodic rashes that would aggravate for some weeks or months and then eventually subside.

As we mentioned earlier, among the various kinds of psoriasis, plaque is one. It causes raised patches of skin covering scales, itchiness, and dryness, and it is the most common kind of psoriasis. Scalp, knees area, elbow, and lower back are the frequent occurring sites. Depending on the colour of skin, there is variation in the colour of patches. Particularly on brown or black skins, there might be temporary changes due to postinflammatory hyperpigmentation in the appearance of colour as an outcome of the healing of the altered part of the layer of skin.

In the other kind, we see nail psoriasis which causes abnormally grown nails with discolouration and pitting affecting the fingernails and toenails. The nails could loosen up and get separated from the nail bed in this, also called onycholysis, and if it gets severe, then the nails may even crumble.

Further, there is also Guttate and inverse psoriasis, wherein the prior one mainly affects children and among adults and is mainly triggered by any infection caused due to Streptococcus,which is a bacterial infection. It is identified by scaling spots all over the trunk or arms, and legs, which are small drop-shaped. Inverse psoriasis is another kind in which there is an occurrence of inflamed skin which appears in smooth patchwork and worsens with sweating and friction, and it commonly acts on the folding of the skin of the area of the groinor buttocks and also of breasts. This kind of psoriasis is usually triggered by fungal infections.

The very least occurring kind of psoriasis is the erythrodermic type psoriasis which may either be chronic, which is of longer duration, or acute, which is of short duration. It appears like a peeling form of a rash that can itch or burn covering the entire body surface.

A rare kind which can be defined as blisters with pus is pustular psoriasis. It can appear in the small area of the sole and palm or like widespread patches. The most clearly demarcated are the generalized pustular, palmoplantar, and acrodermatitis continua of Hallopeau among pustular psoriasis which is a heterogenous entity of different organ disease subtypes clinically. These are different from psoriasis vulgaris in phenotype and genetic ways but these subtypes may resemble to plaque psoriasis, establishing the rationale for the inclusion in the psoriasis band. As shown by the recent identification of mutation of three different kinds of genes, of the skin's innate immune systems, the genetic background is thought to be monogenic which is unlikely in psoriasis, the genes are IL36RN, CARD14 and AP1S3 [7]. Paradoxical psoriasis form of dermatitis is usually triggered by subtypes of generalized pustularsand its various kinds like acute pustulosis, acrodermatitis, pustular of palmoplantar, and different kinds of pustular of mostly a TNF-blocker. Table 1 gives the types of psoriasis [8].

The pustular type of psoriasis may be present as the generalized type in the form of recurrent illness which is systemic, or as in palmoplantar type in the form of a locally centred disease mainly affecting the sole and palm, or in acrodermatitis in the nail beds or its digits. The consequences and severity should not be ignored or taken lightly, although these types of conditions are rare. With the capability of life-harming complications like a medical emergency of generalized pustular type of psoriasis when it appears like an acute episode like a flare. Debilitating conditions can be seen in the palmoplantar pustular type of psoriasis and in the acrodermatitis continua of Hallopeau. While in acrodermatitis there may be irreversible damage to the bone or nail, whereas in palmoplantar pustular psoriasis there is health-wise-related impaired life quality and morbidity psychiatrically [9].

Fever and malaise generally are accompanied by a systemic type of inflammatory, chronic disease, that is the generalized pustular type of psoriasis. Multiple pustules which are sterile occur all over the body surface along with diffused erythema and extremities swelled up, in generalized pustular psoriatic patients. There can behealth-threatening situations as generalized pustular often reoccur in the lifetime. Clinicians and researchers are being provided with major advances in the approach towards the pathomechanism of generalized pustular understanding with the help of the underlying genetic molecular basis of different cases with recent discoveries. Figure 1 give the types of pustular psoriasis [10].

The discovered anomalies include an unusual gain of the function of mutations in gene encoding around keratinocyte signalling molecule CARD14 and a loss-of-function mutation in the interleukin 36 receptor antagonist gene. Neutrophils and interleukin 36 (IL-36) are now recognised as key players in the pathogenesis of generalized pustular, with IL-36 signalling serving as a connecting link between the responses of innate and adaptive immune systems. Inflammation is now thought to be brought on by an aberrant innate immune response that is primarily genetically determined and results in an inflammatory kind of keratinization. Currently, generalized pustular is regarded as a representative of this newly discovered class of skin disorders known as autoinflammatory keratinization disease [11].

Retinoids, or methotrexate, or cyclosporine, also corticosteroids, or TNF-alpha inhibitors, topical therapy, and phototherapy are amongless well-established treatments. TNF-alpha inhibitors should be used in conjunction with methotrexate to prevent the development of antidrug antibodies [12].

Around 20% of patients referred to the early arthritis clinic have psoriatic arthritis, which is difficult to diagnose and treat. For the prevention of the function loss occurring long term and also to assure the best arthritis management and important comorbidities, early diagnosis is crucial. The differential diagnosis for a rheumatologist includes rheumatoid arthritis, also gout, including various inflammatorily arthritides. Once the condition has been identified, it is critical to thoroughly evaluate it, looking for signs of arthritis, or enthesitis, or dactylitis, or skin/nail disease, and also axial involvement [13].

Psoriatic arthritis is a chronic, autoimmune-mediated, inflammatory arthropathy that affects the joints and entheses, particularly those of the axial skeleton. It is associated with an increased risk of cardiovascular disease mortality [14].

Cytokine inhibitors, particularly those specific for tumour necrosis factor and, more recently, the interleukin 23-T-helper-17 cell pathway, have been very successful in the treatment of disease manifestations in a variety of tissues, even though targeting the interleukin 23-T-helper-17 cell pathway may be more effective in treating psoriasis than arthritis [14].In Western adults, it is prevalent at 2-4%, and psoriatic arthritis develops in 20-30% of psoriasis sufferers [15]. This illness affects several organ systems, including skin, nails, entheses, peripheral and axial joints, and nails. Osteoporosis, or uveitis, or subclinical intestinal inflammation, and also cardiovascular disease are all associated with psoriatic arthritis as comorbidities. Its heterogeneity has made diagnosis challenging. Here, we review its classification criteria in an updated manner. CASPAR, which stands for Classified Criteria for Psoriatic Arthritis, type of screening instruments are used to help in quick diagnosis, recent discoveries on aetiology, and new therapy modalities, which also include biological drugs [15].

Historically, non-steroidal anti-inflammatory drugs and the same old medicines that treat rheumatic diseases were used to treat psoriatic arthritis patients. Although their ability to halt the radiological development of joint disease is not established. Contrarily, anti-tumour necrotic factor medications such as certolizumab, or etanercept, or infliximab, or adalimumab, and also golimumab are considered in this aspect. Apremilast, an orally taken phosphodiesterase 4 inhibitor, tofacitinib, a Janus kinase inhibitor, and numerous new biologics that target the IL-23 and IL-17 pathways, such as secukinumab, or brodalumab, or ixekizumab, and also ustekinumab, are among the latest psoriatic arthritis medications [16].

Evidence suggests nutrition performs a significant aspect in the aetiology of psoriasis which is growing, among other psoriasis risk factors. In particular, diet, nutrition, and body weight may worsen or possibly start the disease's clinical signs [17]. There are a number of reasons that could account for the elevated frequency of cardiovascular events in the psoriasis population. The high prevalence of traditional cardiovascular risk factors and metabolic disorders are the main contributors to the significant cardiovascular burden in psoriasis patients. Similarly, the coexistence of systemic inflammation and metabolic disorders may raise the risk of cardiovascular disease in these people [18].

Psoriasis vulgaris is the most well-known and manageable human disease that is mediated by T lymphocytes and dendritic cells. Inflammatory myeloid dendritic cells release IL-23 and IL-12 to encourage IL-17-producing T cells, Th1 cells, and Th22 cells to produce significant amounts of the psoriatic cytokines IL-17, IFN (interferon), TNF, and IL-22 [19]. Patients with this genotype have been observed to have distinct clinical characteristics and acquire the disease at an earlier age, with a concordance of about 60% in monozygotic twins. HLA-Cw*0602 is a substantial risk factor for the beginning of the illness, and homozygous people are also at risk, according to recent linkage and higher resolution association studies.

Compared to heterozygotes, they have a disease risk that is around 2.5 times higher for this gene. According to published evidence, (cells of differentiation) CD8+ T cells may be a key effector in psoriasis. A notable characteristic of persistent psoriasis lesions is epidermal infiltration of oligoclonal CD8+ T cells, which are reacting to particular antigens, and likely also of CD4+ T cells in the dermis [20].

Local treatments, or phototherapies, and also systemic treatments like standard systemic therapy and biotherapy, are all currently available and, in the major part of the cases, are sufficient to control this skin condition. So as to improve these children's lifetime, subsequent management should concentrate on preserving therapeutic efficacy and preventing recurrence by minimising any of it [21].

Hydration of skin like frequent use of moisturisers and emollients, careful, and gentle skin cleaning, detection and avoidance oftriggers related to the phenomenon of Koebner like excoriation, maceration, and foci which are infectious are all important parts of treating psoriasis (Streptococcus pyogenes). Patients with psoriasis have shown that moisturisers considerably reduce their skin problems and enhance their quality of life. Due to the prevalence of dry skin, which increases the irritation of sick skin, they are an effective first-line treatment [22].

Newer topical treatments like calcipotriol and immunosuppressive medications like cyclosporin A and FK506 are significantly changing how psoriasis is treated [23]. Up until recently, corticosteroids, tars, anthralins, and keratolytics were the cornerstones of topical therapy. However, recently, topical retinoids, a novel anthralin preparation, and vitamin D analogues have increased doctors' treatment toolkits [24].

The topical management of psoriasis requires the use of emollients, moisturisers, and keratolytic medications. They serve as adjuvants to conventional therapies and aid in lowering the scale load of particular patients. Emollients and moisturisers primarily function to support proper hyperproliferation, or differentiation, and apoptosis; additionally, they have anti-inflammatory actions, for instance through physiologic lipids [25].

Upper respiratory tract infection is the most common reason for asthma in children. Treatment is determined based on the disease's severity and whether or not it has affected any joints. Corticosteroids and calcipotriene are examples of topical treatments. Systemic retinoids, ultraviolet radiation, and cyclosporine all reduce cutaneous psoriatic lesions. Both the cutaneous and joint symptoms of psoriasis respond well to methotrexate sodium and etanercept [26]. People with more severe, persistent, or extensive psoriasis can benefit from systemic medications, phototherapy, and other treatments. Although these treatments are more efficient than topical ones, they are also linked to serious cutaneous and systemic side effects [27].

UVB, that is ultraviolet B phototherapy, is a successful treatment for the widespread disease that allows for both quick management and long-term maintenance [28]. While cyclosporine is helpful, especially when used briefly in acute exacerbation situations, it should be substituted by other treatments for long-term maintenance [28].Lower concentrations and shorter durations of topical corticosteroids should be prescribed for treating children. Patients who are pregnant or nursing can benefit from topical corticosteroids in a safe and efficient manner. They are available in many different formulations, including shampoos, ointments, creams, lotions, gels, foams, and oils [29]. Although topical steroids are often used, there are only a few disorders that have been proved to benefit from their usage, such as psoriasis, vitiligo, eczema, atopic dermatitis, phimosis, acute radiation dermatitis, and lichen sclerosus [30].

The likelihood of psoriasis symptoms improving appears to be higher for foods and substances with systemic anti-inflammatory properties [31]. When combined with topical or systemic therapy, a low-calorie diet (LCD) improves the Dermatology Life Quality Index and Psoriasis Area and Severity Index. However, LCD was not successful in maintaining disease remission when patients stopped concurrent cyclosporine or methotrexate therapy [32]. Psoriasis patients usually have an imbalanced diet, with a higher consumption of fat and a lower intake of fish or dietary fibre, as compared to controls. Such dietary habits may have an impact on the frequency and intensity of psoriasis. Nutrition has an impact on the start, progression, and comorbidities of psoriasis [33].Body mass index and psoriasis severity have been linked in various studies, and obesity has been linked to a pro-inflammatory condition [34].

When it comes to the safety and effectiveness in patients having covid vaccine with immune-mediated inflammatory diseases (IMIDs), there is little reason to believe that these patients face any higher risk of negative side effects than healthy controls [35].Because of the elevated risk of infection, especially in high-risk areas, conventional immunosuppressive medications like methotrexate and cyclosporine, as well as anti-TNF drugs, should not be recommended. The side effect of hypertension, which has been linked to a higher likelihood of developing severe COVID-19 (coronavirus disease), may make using cyclosporine riskier. Given the lack of conclusive evidence to date that biologics increase the risk of COVID-19, these drugs should only be stopped when a patient displays COVID-19 symptoms [36].Due to the COVID-19 pandemic, clinicians treatingIMIDs, such as psoriasis, have encountered significant challenges. Patients with severe psoriasis are more likely to have obesity, hypertension, diabetes, and male sex as risk factors for severe COVID-19. The risk of severe infection is also known to increase with the use of several systemic psoriasis treatments. Therefore, it makes sense that in the early stages of the pandemic individuals receiving typical targeted systemic medication were believed to have a greater chance of getting a severe COVID-19 infection. In addition to risk-reducing behaviours like social distance suggested by the World Health Organization, people who were deemed to be more sensitive, such as those using immunosuppressants, were encouraged to adopt greater measures of social isolation [37]. The COVID-19 pandemic negatively affects the treatment of psoriasis and the provision of healthcare [38]. Patients with psoriasis who have had biological treatment or another sort of systemic therapy may develop a mild case of SARS-CoV-2(severe acute respiratory syndromecoronavirus 2) infection, while they may also briefly experience an aggravation of skin lesions [39].

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MoonLake Immunotherapeutics to initiate global Phase 2 study of the Nanobody sonelokimab in patients with active psoriatic arthritis – BioSpace

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MoonLake Immunotherapeutics to initiate global Phase 2 studyofthe Nanobody sonelokimabin patients with active psoriatic arthritis

ZUG, Switzerland, September 26, 2022 MoonLake Immunotherapeutics AG (MoonLake), a clinical-stage biotechnology company focused on creating next-level therapies for inflammatory diseases, today announced U.S. Food and Drug Administration (FDA) clearance for a Phase 2 clinical study of the nanobody sonelokimab in patients with active psoriatic arthritis (PsA). This is a global clinical study that also includes several European countries.

This new study is subsequent to the completion of a global Phase 2b study in moderate-to-severe psoriasis (NCT03384745) and the initiation of the Phase 2 MIRA study in moderate-to-severe hidradenitis suppurativa (NCT05322473).

The global, randomized, double-blind, placebo-controlled study (M1095-PSA-201, ARGO) is designed to evaluate the efficacy and safety of different doses of sonelokimab compared to placebo, with adalimumab as an active reference arm, in approximately 200 patients with active PsA. The primary endpoint of the study is the American College of Rheumatology (ACR) 50 response defined as the percentage of participants achieving 50% improvement in signs and symptoms of disease from baseline, compared to placebo. This study is the first in PsA to use the Nanobody.

The study will also include a range of secondary endpoints reflecting the heterogeneous and multi-faceted nature of the disease, including the assessment of skin clearance (including Psoriasis Area and Severity Index (PASI) 100), disability, enthesitis, pain, as well as other levels of ACR response (including ACR70). Patient enrollment is expected to begin in 2022, with the first sites being initiated in Europe and in the United States.

Sonelokimab (M1095) is an investigational Nanobodydesigned to treat inflammatory disease by inhibiting the IL-17A/A, IL-17A/F, and IL-17F/F dimers that drive inflammation. In addition, sonelokimab is designed to directly target sites of inflammation and penetrate difficult-to-reach inflamed tissues.

Kristian Reich,Co-founder andChief Scientific Officer at MoonLake, said: The initiation of the ARGO study represents an important milestone in the development of the IL-17A and IL-17F inhibiting Nanobody sonelokimab for the treatment of inflammatory skin and joint conditions. I am particularly excited to see how the small size and albumin-binding properties of sonelokimab will further elevate the anti-inflammatory potential of IL-17A and IL-17F inhibition to improve treatment outcomes across various disease domains of PsA including arthritis, enthesitis and psoriasis.

-ends-

About the ARGO studyThe ARGO study (M1095-PSA-201) is a global, randomized, double-blind, placebo-controlled trial to evaluate the efficacy and safety of the Nanobodysonelokimab, administered subcutaneously, in the treatment of adult patients with active psoriatic arthritis. The study will comprise approximately 200 patients, and will evaluate different doses of sonelokimab, with placebo control and adalimumab as an active reference arm. The primary endpoint of the study is the percentage of participants achieving 50% improvement in signs and symptoms of disease from baseline, compared to placebo, as measured by the American College of Rheumatology (ACR) 50 response. The study will also evaluate a number of secondary endpoints, including improvement compared to placebo in ACR70, complete skin clearance as measured by at least a 100 percent improvement in the Psoriasis Area and Severity Index (PASI100), physical function as measured by the Health Assessment Questionnaire-Disability Index (HAQ-DI), enthesitis as measured by the Leeds Enthesitis Index and pain as measured by the Patients Assessment of Arthritis Pain (PtAAP).

About MoonLake ImmunotherapeuticsMoonLake Immunotherapeutics AG is a clinical-stage biopharmaceutical company unlocking the potential of sonelokimab, a novel investigational Nanobody for the treatment of inflammatory disease, to revolutionize outcomes for patients. Sonelokimab inhibits IL-17A and IL-17F by inhibiting the IL-17A/A, IL-17A/F, and IL-17F/F dimers that drive inflammation. The companys focus is on inflammatory diseases with a major unmet need, including hidradenitis suppurativa and psoriatic arthritis conditions affecting millions of people worldwide with a large need for improved treatment options. MoonLake was founded in 2021 and is headquartered in Zug, Switzerland. Further information is available at http://www.moonlaketx.com.

About NanobodiesNanobodies represent a new generation of antibody-derived targeted therapies. They consist of one or more domains based on the small antigen-binding variable regions of heavy-chain-only antibodies (VHH). Nanobodies have a number of potential advantages over traditional antibodies, including their small size, enhanced tissue penetration, resistance to temperature changes, ease of manufacturing, and the ability to design multivalent therapeutic molecules with bespoke target combinations.

The terms Nanobody and Nanobodies are trademarks of Ablynx, a Sanofi company.

About SonelokimabSonelokimab (M1095) is an investigational ~40 kDa humanized Nanobody consisting of three VHH domains covalently linked by flexible glycine-serine spacers. With two domains, sonelokimab selectively binds with high affinity to IL-17A and IL-17F, thereby inhibiting the IL-17A/A, IL-17A/F, and IL-17F/F dimers. A third central domain binds to human albumin, facilitating further enrichment of sonelokimab at sites of inflammatory edema.

Sonelokimab has been assessed in a randomized, placebo-controlled Phase 2b study in 313 patients with moderate-to-severe plaque-type psoriasis. Sonelokimab demonstrated a rapid and durable clinical response (Investigators Global Assessment Score 0 or 1, Psoriasis Area and Severity Index 90/100) in patients with moderate-to-severe plaque-type psoriasis. Sonelokimab was generally well tolerated, with a safety profile similar to the active control, secukinumab (Papp KA, et al. Lancet. 2021; 397:1564-1575).

In an earlier Phase 1 study in patients with moderate-to-severe plaque-type psoriasis, sonelokimab has been shown to decrease (to normal skin levels) the cutaneous gene expression of pro-inflammatory cytokines and chemokines (Svecova D. J Am Acad Dermatol. 2019;81:196203). Recently, a phase 2 trial in hidradenitis suppurativa (NCT05322473, M1095-PSA-201,MIRA) including multiple arms and over 200 patients has been initiated (announced on May 5, 2022).

Sonelokimab is not yet approved for use in any indication.

About Psoriatic ArthritisPsoriatic arthritis (PsA) is a chronic and progressive inflammatory arthritis associated with psoriasis primarily affecting the peripheral joints. The clinical features of PsA are diverse, involving pain, swelling, and stiffness of the joints, which can result in restricted mobility and fatigue.PsA occurs in up to 30% of patients with psoriasis, most commonly those aged between 30 and 60 years. The symptom burden of PsA can have a substantial negative impact on patient quality of life. Although the exact mechanism of disease is not fully understood, evidence suggests that activation of the IL-17 pathway plays an important role in the disease pathophysiology.

Cautionary Statement Regarding Forward Looking StatementsThis press release contains certain forward-looking statements within the meaning of the U.S. Private Securities Litigation Reform Act of 1995. Forward-looking statements include, but are not limited to, statements regarding MoonLakes expectations, hopes, beliefs, intentions or strategies regarding the future including, without limitation, statements regarding: plans for preclinical studies, clinical trials and research and development programs; and the anticipated timing of the results from those studies and trials. In addition, any statements that refer to projections, forecasts, or other characterizations of future events or circumstances, including any underlying assumptions, are forward-looking statements. The words anticipate, believe, continue, could, estimate, expect, intend, may, might, plan, possible, potential, predict, project, should, would and similar expressions may identify forward-looking statements, but the absence of these words does not mean that statement is not forward looking.

Forward-looking statements are based on current expectations and assumptions that, while considered reasonable by MoonLake and its management, as the case may be, are inherently uncertain. New risks and uncertainties may emerge from time to time, and it is not possible to predict all risks and uncertainties. Actual results could differ materially from those anticipated in such forward-looking statements as a result of various risks and uncertainties, which include, without limitation, risks and uncertainties associated with MoonLakes business in general and limited operating history, difficulty enrolling patients in clinical trials, and reliance on third parties to conduct and support its preclinical studies and clinical trials.

Nothing in this press release should be regarded as a representation by any person that the forward-looking statements set forth herein will be achieved or that any of the contemplated results of such forward-looking statements will be achieved. You should not place undue reliance on forward-looking statements in this press release, which speak only as of the date they are made and are qualified in their entirety by reference to the cautionary statements herein. MoonLake does not undertake or accept any duty to release publicly any updates or revisions to any forward-looking statements to reflect any change in its expectations or in the events, conditions or circumstances on which any such statement is based.

MoonLake Immunotherapeutics InvestorsMatthias Bodenstedt, CFOinfo@moonlaketx.com

MoonLake Immunotherapeutics MediaPatricia Sousap.marquesdesousa@moonlaketx.com

Matthew Cole, Mary-Jane ElliottConsilium Strategic CommunicationsTel: +44 (0) 20 3709 5700media@moonlaketx.comMoonLake@consilium-comms.com

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How diversity and inclusion continues to be incorporated in dermatology – PMLiVE

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Healthcare is an area where diversity and inclusion (D&I) can directly affect a persons quality of life and treatment outcomes. Recently in the field of dermatology, a focus on D&I is helping to redress historical bias and open avenues of research, bringing benefits to patients and healthcare systems alike.

Historically, medical textbooks have described skin symptoms in Caucasian-dominated language, based on lighter skin tones causing diagnosis and treatment disparities, with patients with darker skin tones being under-diagnosed and under-treated.1 Today, medical education programmes are rewriting textbooks, materials, and trainings to bridge this knowledge gap and reduce the chances of skin colour impacting accurate diagnosis and treatment. The British Association of Dermatologists highlighted the issue, noting that descriptors for rashes and lesions have been based on people of European ancestry.2 It observed that it is vital that the language used for describing rashes/lesions in dermatology is updated, to be inclusive and reflective of the UKs ethnic diversity. Demand is clear: a new clinical handbook of signs and symptoms in black and brown skin called Mind the Gap, has been viewed online more than 100,000 times.3

Janssen, as part of the pharmaceutical companies of Johnson & Johnson, has a 130-year heritage in healthcare. As we rise to the call to help address historical inequities, we are proud to take a multi-faceted approach which includes the active embedding of D&I principles throughout our organisation. In immunology, were reframing clinical trials, drug development, and support networks for patients suffering with chronic skin conditions and other diseases. D&I must be integral to beliefs and behaviours to be truly transformative in healthcare.

Dr Mehbub Shafi, Medical Advisor at Janssen-Cilag Ltd, notes changes seen since his medical training: Dermatological conditions affect patients of all skin tones, but symptoms can manifest differently, he says. While lack of awareness of these differences may have been an issue in the past, I can see that things are improving.

A clear example can be seen in psoriasis, an incurable chronic condition affecting 1.8 million people in the UK, 14 million Europe-wide and 125 million globally.4,5,6 The effects can be both physically and psychologically scarring. Research has shown that 37% of psoriasis patients experienced suicidal thoughts, while the impact on family members is evidenced by 37% of close relatives and partners reporting their relationships suffered because of the condition.7,8 Every aspect of life is impacted for example, people with psoriasis miss an average of 306 hours of work per year, more than eight weeks based on a 7.5-hour work day.9

Dr Shafi notes: There is the medical aspect, which is huge, but the psychological and psycho-social aspects are important too because patients living with a dermatological disease often have a higher incidence of mental health issues. Addressing diversity and inclusivity to achieve optimal treatment is pivotal in improving outcomes for patients with darker skin tones.

Diversity is relevant not just in psoriasis diagnosis, but also in treatment where, for example, higher doses of phototherapy may be needed for darker skin.10 Janssens UK medical education programme, aimed at and targeted to dermatologists across the UK, has focussed specifically on diversity and skin of colour. Janssen is also actively working with the UK dermatological community to develop resources supporting diagnosis and treatment in diverse communities,through partnerships with patient advocacy groups and patient advisors to ensure materials are tailored to diverse patient needs.

When it comes to decision-making in dermatological R&D, Janssen works with patients to enshrine the patient voice. This helps us deliver on the Johnson & Johnson credo: our first responsibility is to patients, doctors and nurses, followed by our responsibility to the communities in which we live and work, and then the global community, says Dr Shafi.

In addition to supporting better access to care, we are also raising awareness in the healthcare community about important issues in the diagnosis and treatment of diverse or under-represented groups. It is important to gain feedback from patients living with psoriasis and healthcare professionals, understanding their concerns and then implementing and driving activities that will have an impact.

At Janssen, the patient voice is central to pursuing novel research and improving therapies, to support work to stop and even cure dermatological diseases. Janssen will continue working with patients and experts to promote health equity for all as we work towards our mission to redefine treatments for dermatological diseases by delivering transformational and accessible therapies.

For more information, please visit http://www.janssen.com/uk

References

1 Takeshita J, Gelfand JM, Li P, et al. Psoriasis in the US Medicare Population: Prevalence, Treatment, and Factors Associated with Biologic Use. J Invest Dermatol 2015; 135(12): p2955-2963

2 British Association of Dermatologists. Improving Descriptors in Dermatology. Available at: https://www.bad.org.uk/healthcare-professionals/inclusivity-and-representation/descriptors-in-dermatology. Last accessed: September 2022

3 Dhillon R, Booth AJ & Mukwende M. Mind the Gap. British Dental Journal 2021; 230(273)

4 Psoriasis Association. About Psoriasis. Available at: https://www.psoriasis-association.org.uk/about-psoriasis. Last accessed: September 2022.

5 Augustin M, Alvaro-Gracia JM, et al. A framework for improving the quality of care for people with psoriasis. Psoriasis White Paper. JEADV 2012; 26(4): p1-16

6 National Psoriasis Foundation. Psoriasis Statistics. Available at: https://www.psoriasis.org/content/statistics. Last accessed: September 2022

7 Pompili M, Innamorati M, et al. Suicide risk and psychiatric comorbidity in patients with psoriasis. Journal of International Medical Research 2016; 44(1): p6166.

8 Eghlileb A, Davies E and Finlay A. Psoriasis has a major secondary impact on the lives of family members and partners. British Journal of Dermatology 2007; 156(6): p124550.

9 Mustonen A, et al. How much of the productivity losses among psoriasis patients are due to psoriasis. BMC Health Services Research 2015; 15(87)

10 National Psoriasis Foundation. Psoriasis and skin of color. 2021. Available at: https://www.psoriasis.org/advance/diagnosing-psoriasis-in-skin-of-color/. Last accessed: September 2022

Dr Mehbub Ali Shafi is Medical Adviser, Dermatology, The Janssen Pharmaceutical Companies of Janssen-Cilag Ltd.

* EM-80125 | September 2022

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Arcutis Announces Topline Results From ARRECTOR Pivotal Phase 3 Trial Of Roflumilast Foam 0.3% In Scalp A - Benzinga

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