River Monster: The Epidemiology, Ecology, and Pathobiology of Cholera || Radcliffe Institute – Video


River Monster: The Epidemiology, Ecology, and Pathobiology of Cholera || Radcliffe Institute
Water Lecture Series John Mekalanos discusses the biology of cholera, driven by his investigations on the molecular genetics of the causative bacterial organism. With his many colleagues in Bangladesh, Haiti, and elsewhere, he has provided strong evidence for how this organism emerged as a human pathogen and has recently become more pathogenic, as well as for why epidemics begin and end so abruptly. He applied this knowledge to the construction of genetically stable cholera vaccines that have been successfully tested in the United States and Bangladesh. 00:00 Introduction by Joan Ruderman, Senior advisor to the science program, Academic Ventures at the Radcliffe Institute and Marion V. Nelson Professor of Cell Biology at Harvard Medical School 01:54 "River Monster: The Epidemiology, Ecology, and Pathobiology of Cholera" by John Mekalanos, the Adele H. Lehman Professor of Microbiology and Molecular Genetics and the head of the Department of Microbiology and Immunobiology, Harvard Medical SchoolFrom:HarvardViews:164 6ratingsTime:52:33More inEducation

The rest is here:
River Monster: The Epidemiology, Ecology, and Pathobiology of Cholera || Radcliffe Institute - Video

Compound Light Microscope Parts and Use: Biology Lab Tutorial – Video


Compound Light Microscope Parts and Use: Biology Lab Tutorial
Tutorial on the compound light microscope, in which an instructor introduces all of the main microscope parts and explains how to use and store the scope. Includes a couple of startling surprises to help keep students on their toes! Video by Tami (Guy) Port, Chief Executive Nerd at ScienceProfOnline.com. For the lab materials that go with this movie, see the Virtual Microbiology Classroom Microscopy Laboratory Main Page at ScienceProfOnline.com. http://www.scienceprofonline.comFrom:ScienceProfOnlineViews:2 0ratingsTime:08:12More inScience Technology

Read more from the original source:
Compound Light Microscope Parts and Use: Biology Lab Tutorial - Video

Mars Rover Curiosity Highlights – NASA Updates – Alien Planet Reports – Strange Objects – Video


Mars Rover Curiosity Highlights - NASA Updates - Alien Planet Reports - Strange Objects
montage of nasa mars curiosity rover updates, reports on msl rover new pics, mars orbiters pics of strange alien structures of unknown origine and news on what the science team has planned for the rover to go in the future. check out my channel for more mars videos and dont forget to subscribe!! lots more videos to come!!!! search keywords: mars science laboratory martian organic life mars rover curiosity strange structures on mount sharp in gale crater alien planet microbes mystery unsolved msl landing area mysterious objects unexplained weird haunting photos microbiology red planet martian monoliths phobos mars rovers ancient aliens ufos strange alien monolith nasa pics creatures built phobos monolith martian monoliths phobos mars moon rovers aliens ufos strange alien monolith nasa esa conspiracy pics anomaly richard hoagland curiousity rover ufo coast to coast cydonia face space ovni god of war universe pandoras box about to open earth news - Did the 2 Viking Mars Landers find Alien Life - by 2012 It had taken 36 years for some scientists to figure it out but I #39;m sure they all knew back in 1976 that it wasn #39;t an exotic chemical reaction in the martian soil but was in fact alien bacteria which explains the plumes of methane seen by the european mars express spacecraft. also why all the red added to the viking photos when the original pics showed a blue sky and looked like the american southwest, it #39;s time to send humans to mars to check it out in person! seriously this ...From:UfoVideoNetViews:335 1ratingsTime:07:10More inEntertainment

Here is the original post:
Mars Rover Curiosity Highlights - NASA Updates - Alien Planet Reports - Strange Objects - Video

Mannitol Salt Agar (MSA) Bacterial Growth Medium: Microbiology Lab Tutorial – Video


Mannitol Salt Agar (MSA) Bacterial Growth Medium: Microbiology Lab Tutorial
Microbiology lab tutorial on Mannitol Salt Agar (MSA) specialized bacterial growth medium. Examples of sterile MSA as well as plates with growth of halophilic mannitol fermenting bacteria (pathogen Staphylococcus aureus) and halophilic non-mannitol fermenting bacteria (normal flora S. epidermidis). Video by Tami (Guy) Port, Chief Executive Nerd at ScienceProfOnline.com. For the lab materials that go with this movie, see the Virtual Microbiology Classroom Bacterial Growth Media and Culture Laboratory Main Page (www.scienceprofonline.com at ScienceProfOnline.com. ** OOPS! This is the re-release of the MSA video, previous version contained a typo - "descendants" was spelled incorrectly. **From:ScienceProfOnlineViews:3 0ratingsTime:05:41More inScience Technology

Follow this link:
Mannitol Salt Agar (MSA) Bacterial Growth Medium: Microbiology Lab Tutorial - Video

Interview Sayed Tahir Ahmad, 2nd Position in M.Sc. Microbiology (Urdu) – Video


Interview Sayed Tahir Ahmad, 2nd Position in M.Sc. Microbiology (Urdu)
http://www.alislam.org Hua Main Teray Fazlon Ka Munadi, a production of Muslim Television Ahmadiyya International Pakistan Studios.From:alislamurduViews:1 0ratingsTime:21:14More inPeople Blogs

Go here to read the rest:
Interview Sayed Tahir Ahmad, 2nd Position in M.Sc. Microbiology (Urdu) - Video

CentriCycle Accelerate Michigan – Video


CentriCycle Accelerate Michigan
CentriCycle, Inc. is a non-profit organization working to improve healthcare in rural India through the implementation of appropriate diagnostic technology and education. We believe healthcare should not be stationary, it should not rely on electricity, and it should be able to reach those people who need it most: India #39;s rural population. We are currently a multidisciplinary company based out of Ann Arbor. We are comprised of 22 U of Michigan students from all levels (freshman undergraduate to MD-PhD), and from all majors (engineering, microbiology, nursing, business, etc). We are launching in India in fall 2013, and will continue to have an innovations hub out of Ann Arbor, Michigan.From:CentriCycleViews:0 0ratingsTime:02:43More inNonprofits Activism

See the original post here:
CentriCycle Accelerate Michigan - Video

Allison brings immunotherapy expertise to MD Anderson – Video


Allison brings immunotherapy expertise to MD Anderson
Opportunity to combine immune therapies with targeted cancer drugs attracts scientist to MD Anderson. "It #39;s a chance to move to a place where things are really happening." "The main reason for coming to MD Anderson is the opportunity offered by a clinical community that #39;s open to using immunological approaches to treat cancer combined with other therapies," Allison said. "We plan to build a large platform where basic scientists interested in mouse models of cancer work side-by-side with physician-scientists who treat patients to analyze tissues from those patients and truly understand the mechanisms involved," Allison said. "We can accelerate the transition of new combinations of drugs into the clinic beyond phase I clinical trials and broaden our focus beyond melanoma and prostate cancer to other types of cancer. "We all know that no single drug will cure cancer. I think this is where we #39;ll start getting cures, or at least long-term survival of patients. There #39;s lots of enthusiasm for this approach at MD Anderson and I #39;m really excited about it," he said. Allison will play an instrumental role in MD Anderson #39;s recently announced Moon Shots Program to dramatically accelerate the pace of converting scientific discoveries into clinical advances that reduce cancer deaths. He is a member of the National Academy of Sciences and the Institute of Medicine, as well as a fellow of the American Academy of Microbiology and the American Association for the Advancement of Science. He ...From:mdandersonorgViews:12 0ratingsTime:01:45More inPeople Blogs

Link:
Allison brings immunotherapy expertise to MD Anderson - Video

Aktiv-Oxigen Drops at Toothy Grins Store – Video


Aktiv-Oxigen Drops at Toothy Grins Store
http://www.toothygrinsstore.com Toothy Grins Store carries the Aktiv-Oxigen drops created by Therabreath. Oxygen is believed to have many benefits. In microbiology they know that oxygen is the bane of anaerobic bacteria. Such bacteria are the ones that are responsible for bad breath, cavities and gum disease. Putting oxygen in the environment of anaerobic bacteria tends to kill them. This is the theory behind this product. Of course, many people have their own reasons for using a chloroxy compound. We think 8 drops in your Hydro Floss is a good idea: ToothyGrinsStore.com We only speak in general here. If you have a specific question about your unique dental health situation, such questions should be directed to your dentist or doctor. http://www.toothygrinsstore.com ------ Other sites: Shen Yun is a great performing arts troupe coming to a city near you. I have personally seen them and they are fantastic. Visit ShenYunPerformingArts.org to find showtimes near you! ----- How To Stop Gum Disease In 4 Easy Steps. http ---- For All Things Pondered: AllThingsPondered.com ---- If you found this video helpful, please #39;like #39;, #39;share #39; and #39;comment #39; on it (below). Like is the #39;thumbs up #39; button. Sincerely, David ToothyGrinsStore.comFrom:tobeinformedViews:0 0ratingsTime:03:06More inEducation

Read the original here:
Aktiv-Oxigen Drops at Toothy Grins Store - Video

Dr. Mark Miller Joins bioMérieux as Chief Medical Officer

World-leading expert on infectious disease prevention and control toenhance medical value of bioMrieuxs solutions

Marcy l'toile, France (PRWEB) November 01, 2012

A world-renowned medical clinician, researcher and microbiologist, Mark Miller is certified in Internal Medicine, Infectious Diseases, and Clinical Microbiology. He is also a Professor of Medicine at McGill University. Before joining bioMrieux, for over 15 years, he was the Head of Infectious Diseases, the Chair of Infection Prevention and Control, as well as the Chief of Clinical Microbiology at the Jewish General Hospital in Montreal, Canada. He is the author of over 120 scientific publications, over 140 abstracts and has conceived or conducted more than 60 large-scale research projects in the complex field of infectious diseases.

Dr. Miller is regarded to be one of the worlds leading experts on the bacterium, Clostridium difficile, a leading cause of healthcare-associated infections.

Looking to the future, the added medical value and the ratio between the cost and clinical benefit of diagnostics will become central issues, said Jean-Luc Belingard, bioMrieux Chief Executive Officer. I feel very fortunate to welcome Dr. Mark Miller to our team. As the world leader in microbiology, it is of paramount importance to have one of the foremost experts in our field to reinforce the medical scope of our solutions and to help guide our technological and scientific choices.

Reinforcing the added medical value of its diagnostic solutions is one of bioMrieuxs two main product development goals, along with improving laboratory efficiency. In particular, in clinical microbiology, bioMrieux recently launched its FMLA (Full Microbiology Lab Automation) range, comprising solutions to help labs focus on providing results that are more clinically relevant faster. In 2013, bioMrieux will launch two customer-centric, innovative platforms to expand this offer: a new blood culture system and an incubator integrating imaging technologies. In the immunoassays field, where bioMrieux focuses on high medical value tests, Mark Millers contribution will also be of critical importance for selecting novel biomarkers.

Mark Miller will be based at the bioMrieux headquarters, in France. He will continue to direct an Infectious Diseases Research Unit at the Jewish General Hospital in Montreal, with an emphasis on studying healthcare-associated infections, and will also remain a professor at McGill University.

Dr. Miller will enhance a network of leading international clinicians and biologists and expand bioMrieuxs clinical studies and partnerships with universities and hospitals. He joins bioMrieuxs team of scientific experts, including Alex van Belkum, Ph.D., Ph.D., bioMrieuxs Corporate Vice President R&D Microbiology and Professor of Molecular Microbiology at Erasmus University, Rotterdam, and Wm. Michael Dunne, Jr., Ph.D., bioMrieuxs Executive Director, R&D Microbiology North America, Adjunct Professor at Washington University School of Medicine and Duke University School of Medicine, and senior editor of the Journal of Clinical Microbiology.

About bioMrieux

Advancing Diagnostics to Improve Public Health

More:
Dr. Mark Miller Joins bioMérieux as Chief Medical Officer

Sheila Wood, PhD, named director of microbiology for Southcoast Health System

NEW BEDFORD Southcoast Health System has named Sheila Wood, PhD, as director of microbiology. In her new role, Dr. Wood will guide and oversee all processes and procedures in Southcoast's Microbiology Lab to ensure complete and expert patient care.

Dr. Wood leads the continued development of molecular microbiology technology and its role in patient care at Southcoast Health System. She will play an integral part of the Infection Prevention, Antibiotic Stewardship, Infectious Disease, and Clostridium Difficile teams as they relate to the Microbiology Department.

Before joining Southcoast, she was director of microbiology at St. Christopher's Hospital for Children in Philadelphia. She also previously served as manager of microbiology at Quest Diagnostics in Horsham, Pennsylvania. Her background includes 14 years of independent research in microbiology and DNA technology with the U.S. Department of Defense. Other aspects of her research involved molecular binding assessments for antigen-antibody and receptor-adhesin interactions.

Dr. Wood holds a doctorate in clinical pathology with a specialty in microbiology from Medical College of Virginia, Virginia Commonwealth University in Richmond. She holds a bachelor of science degree in medical technology from East Carolina University in Greenville, North Carolina and holds a certification from the American Society of Clinical Pathology.

She resides in North Dartmouth.

See original here:
Sheila Wood, PhD, named director of microbiology for Southcoast Health System

Keynote Presentation at Upcoming International Microbiology & Genomics Meeting to Highlight Ability of Pressure …

SOUTH EASTON, Mass., Oct. 31, 2012 /PRNewswire/ --Pressure BioSciences, Inc. (PBIO) ("PBI" or the "Company") today announced that Dr. Bradford Powell, a prominent microbiologist and recognized infectious diseases expert, is scheduled to present a keynote address during the opening ceremony of this year's annual Clinical Microbiology & Microbial Genomics Conference ("ClinMicro-2012"). ClinMicro-2012 is being held at the Hilton San Antonio Airport from November 12-14, 2012, in San Antonio, TX. In the Keynote address and a second, main session presentation later in the conference, Dr. Powell is expected to present data highlighting the advantages of the Company's powerful and patented Pressure Cycling Technology ("PCT") Platform that have been shown to enable significant improvements in molecular-based microbiological testing, a rapidly growing and extremely important area in laboratory medicine today.

Samples containing infectious microorganisms are often problematic for today's cutting-edge, molecular-based (DNA, RNA, proteins) diagnostic laboratory test methods. Whether testing for biological threat organisms, human infectious diseases, or disease-causing food-borne microbes, highly effective and dependable procedures are required to maintain absolute safety during sample preparation and analysis, yet also preserve sample molecular integrity. Consequently, scientists continue to search for methods that provide both safe decontamination and effective preparation of difficult and potentially dangerous infectious samples.

Dr. Bradford Powell, President of Cernomics Solutions, said: "It hasalready beendemonstrated that the PCT Platform has the ability to inactivate and extract live attenuated virus and bacteria that are used as models of important biological threat agents. To that end, protein and nucleic acid markers from Venezuelan Equine Encephalitis virus and Bacillus anthracis (Sterne) spores were processed in less than an hour, as safely and as effectively as conventional procedures that often require more time, as well as large investments for facilities infrastructure, training, and oversight. Consequently, we are confident that the PCT Platform has the potential to provide an adaptable, cost-effective solution for advancing the capability, safety, and performance of assays used in the clinical and microbial genomics sciences. This is a transformative technology whose time, we believe, has come for broad application and acceptance."

Dr. Nate Lawrence, Vice President of Sales and Marketing of PBI, commented: "We believe that the growing number of PCT applications in basic and applied research, as shown by the work of Dr. Powell and dozens of other researchers over the past several years, promises to expand the understanding of important microorganisms in clinical medicine, anti-bioterror measures, the forensic sciences, and in food safety as well as in other areas of the life sciences. We believe that this increased understanding of infectious microbes and microbial genomics, aided by the use of our novel PCT Platform, will accelerate the development of improved diagnostics, therapeutics, and food safety measures. We also believe that these clear sample-processing advantages will continue to compel researchers to integrate the PCT Platform into their basic scientific studies and clinical applications, resulting in measurable revenue growth and product visibility for PBI."

About Clinical Microbiology & Microbial Genomics-2012

ClinMicro-2012 is a remarkable event which brings together a unique and international mix of large and medium biotech and diagnostics companies, leading universities, and clinical microbiology institutions making the conference a perfect platform to share experience, foster collaborations across industry and academia, and evaluate emerging technologies across the globe. The meeting is being held at the Hilton San Antonio Airport from November 12-14, 2012 in San Antonio, TX.

About Pressure BioSciences, Inc.

Pressure BioSciences, Inc. ("PBI") (PBIO) is focused on the development, marketing, and sale of proprietary laboratory instrumentation and associated consumables based on Pressure Cycling Technology ("PCT"). PCT is a patented, enabling technology platform with multiple applications in the estimated $6 billion life sciences sample preparation market. PCT uses cycles of hydrostatic pressure between ambient and ultra-high levels to control bio-molecular interactions. PBI currently focuses its efforts on the development and sale of PCT-enhanced sample preparation systems (instruments and consumables) for mass spectrometry, biomarker discovery, bio-therapeutics characterization, vaccine development, soil and plant biology, forensics, histology, and counter-bioterror applications.

Forward-Looking Statements

Statements contained in this press release regarding the Company's intentions, hopes, beliefs, expectations, or predictions of the future are "forward-looking'' statements within the meaning of the Private Securities Litigation Reform Act of 1995. Such statements include, without limitation, statements regarding the significant improvement in molecular-based microbiological testing for DNA, RNA, and proteins in biological threat organisms, and in samples for human infectious diseases, forensics, and contaminated food; that microbiological testing is a rapidly growing and extremely important area in laboratory medicine today; the conclusions related to the advantages of the PCT Platform reported by Dr. Brad Powell; that samples containing microorganisms are problematic to lab testing; that highly effective and dependable procedures are required to maintain absolute safety during sample preparation and analysis of microbiological samples, and that scientists continue to search for such methods; that the PCT Platform has the potential to provide an adaptable, cost-effective solution in capability, safety, and performance for testing difficult microbial samples, including those for biological threat organisms, human infectious diseases, and contaminated food products; that PCT is a transformative technology whose time for broad application and acceptance has come; that the growing applications of PCT to basic and applied research, as shown by the work of Dr. Powell and dozens of other researchers over the past several years, promises to expand the understanding of important microorganisms in clinical medicine, anti-bioterror measures, the forensic sciences, and in food safety as well as in other areas of the life sciences; that this increased understanding, brought about to a great extent by the use of the PCT Platform, will aid significantly in the development of improved diagnostics, therapeutics, and food safety measures; and that these clear PCT advantages will continue to compel researchers to include the PCT Platform in their scientific studies, which should result in continued revenue growth and product visibility. These statements are based upon the Company's current expectations, forecasts, and assumptions that are subject to risks, uncertainties, and other factors that could cause actual outcomes and results to differ materially from those indicated by these forward-looking statements. These risks, uncertainties, and other factors include, but are not limited to: possible difficulties or delays in the implementation of the Company's strategies that may adversely affect the Company's continued commercialization of its PCT-based product line; changes in customer's needs and technological innovations; the Company's and its strategic partners/distributors sales forces may not be successful in selling the Company's PCT product line because scientists may not perceive the advantages of PCT over other sample preparation methods; that other researchers may not be able to replicate the data reported in the studies mentioned; and if actual operating costs are higher than anticipated, or revenues from product sales are less than anticipated, the Company may need additional capital beyond December 2012. Further, given the uncertainty in the capital markets and the current status of the Company's product development and commercialization activities, there can be no assurance that the Company will secure the additional capital necessary to fund its operations beyond December 2012 on acceptable terms, if at all. Additional risks and uncertainties that could cause actual results to differ materially from those indicated by these forward-looking statements are discussed under the heading "Risk Factors" in the Company's Annual Report on Form 10-K for the year ended December 31, 2011, and other reports filed by the Company from time to time with the SEC. The Company undertakes no obligation to update any of the information included in this release, except as otherwise required by law.

Read the original:
Keynote Presentation at Upcoming International Microbiology & Genomics Meeting to Highlight Ability of Pressure ...

Inside Vanderbilt Lab Where Meningitis Outbreak Was Discovered

by Chris Conte

NASHVILLE, Tenn.-The microbiology lab at Vanderbilt Hospitalis the kind of place that would make any high school biology drop-out cringe, filled with vials, test tubes and enough petri dishes to fill a small warehouse.

"I'm looking for specific structures that correlate to this organism," says lab technologist Tonya Snyder while looking into a microscope.

For those that might find this place overwhelming though you can be glad it is filled with people like Tonya Snyder.

"We look through the cultures, see what might be growing," she explains.

Over the last 19 years she's been looking through microscopes here, examining cultures from patients and helping doctors make diagnosis. But whatshe saw three weeks ago on a slide from a sickened patient though was the beginning of the meningitis outbreak.

"It's tragic," she said.

It's not that Tonya had never seen this type of aspergillus fumigatus fungus before, she'd just never seen it from someone's spinal fluid.

"I don't think anybody could've seen this coming," Tonya added.

When all of this is over withhistory will record this lab as being the place where fungal meningitis first was found.

Read more from the original source:
Inside Vanderbilt Lab Where Meningitis Outbreak Was Discovered