Posts Tagged ‘Diabetes Research’

Why you shouldn’t feel guilty about that Monday morning cup of coffee

 :: Posted by American Biotechnologist on 01-23-2012

In what I feel might be the most important piece of journalism published last week, the LA Times reported that scientists have uncovered the compound that is responsible for lowering the risk of type two diabetes in coffee drinkers.

According to a study published in the Journal of Agricultural and Food Chemistry, Coffee Components Inhibit Amyloid Formation of Human Islet Amyloid Polypeptide (hIAPP), a documented causative factors of type 2 diabetes.

Why you’ll never find a Muppet with type 2 diabetes:

Apparently, the editors at the Times may have been a few cups behind themselves since the original paper was published in November of last year. Nonetheless, with this kind of news, it is better to hear it late than never.

I just hope that the authors were diligent with their research methods and not dishonest like the UConn scientist who published fraudulent data bolstering the beneficial effects of resveratrol which is found in red wine and has allegedly been linked to improved cardiac health. It has taken me many difficult mornings to recover from that report and I have become quite depressed realizing that my morning after hangovers were for naught. Indeed, my only consulation has come from knowing that the coffee I have consumed to counter the negative effects of drinking too many cups or red wine, (all for their cardioprotective effects of course), wil go a long way to protecting me from acquiring type 2 diabetes.

Citation
J. Agric. Food Chem., 2011, 59 (24), pp 13147–13155, Publication Date (Web): November 7, 2011 (Article), DOI: 10.1021/jf201702h

More tools for diabetes biomarker research

 :: Posted by American Biotechnologist on 11-30-2010

More than 220 million people worldwide suffer from diabetes, a disorder that can lead to a series of complications and metabolic disorders arising from interactions among multiple proteins. The obese/diabetic mouse serves as an excellent model for the study of diabetes and its metabolic implications for drug discovery and targeted therapies. Bio-Rad Laboratories has developed a novel mouse 8-plex immunoassay to measure a selection of common metabolic biomarkers and a singleplex immunoassay for adiponectin. These metabolic biomarker immunoassays may be multiplexed with Bio-Plex Pro cytokine assays such as IL-6 and TNF alpha to extend the biomarker profile. The assays are based on Bio-Plex Pro magnetic COOH beads, which allow the implementation of automated wash steps using the Bio-Plex Pro wash station to improve efficiency and precision. The performance of these mouse metabolic biomarker assays was evaluated for specificity, sensitivity, precision, and accuracy. In addition, linearity of these biomarkers was demonstrated in mouse serum, plasma, and cell culture medium. Click on the technical note below to read more about the mouse diabetes multiplex metabolic biomarker assay and to learn how it can help you with your diabetes research.

Mouse Diabetes Multiplex Metabolic Biomarkers Assay

Blogging my way into a Diabetic Coma

 :: Posted by American Biotechnologist on 06-07-2010

Having recently passed the half-year mark since starting the American Biotechnologist Blog, I took some time to reflect on what’s been accomplished and what goals I have achieved. In the course of my personal musings I discovered that the more time I spend in front of a computer, the more I expand my mind (an intended consequence) and my girth (an unintended consequence). As an educated individual, I understand that a sedentary lifestyle is detrimental to my health but nonetheless, in order to justify my behavior I undertook a research project (OK…more like a 5 minute google search) to try and find sources for the health benefits associated with computer use. One interesting blog post that I found discussed a study out of Toronto, Canada showing that computer use helps reduce the risk of mild cognitive impairment by up to 50%. While that sounded like a good justification for my addictive computer habit, the study also found that computer use had to be in combination with moderate physical exercise to be of any benefit. (I’m pretty sure that walking from my home office to my kitchen for my 10 minute interval snack doesn’t qualify as moderate exercise.)

The next “authority” that I found on the subject of blogging as a form of neurological exercise was by a fellow named Irving. Irving is an active blogger and has written an intriguing post on his personal exercise and blogging habits. His post is broken down into 4 areas: activity; nutrition; socialization; and mental stimulation. Irving makes the claim that “it is reasonable to view blogging as a form of mental exercise that will hopefully help keep (his) brain as healthy as possible for as long as possible.” Nonetheless, Irving’s post is rife with evidence that supports the theory that physical exercise is crucial for mental health and that blogging alone just won’t cut it.

All kidding aside, one of the negative consequences associated with our ever-increasing sedentary lifestyle is the epidemic rise in the number of cases of type II diabetes among the American adult population. According to the National Diabetes Information Clearinghouse, as of 2007 over 23.5 Million Americans over the age of 20 were affected with Diabetes and Diabetes was the seventh leading cause of death listed on U.S. death certificates in 2006. In addition to being a leading cause of death, Diabetes also causes heart disease and stroke, blindness, high blood pressure, kidney disease, nervous system disease, amputations, dental disease and other complications.

So how does all of this relate to us, the American Biotechnology blogging community? Currently there are thousands (perhaps tens of thousands) of research studies focused on understanding the mechanisms of and finding a cure for diabetes. A simple search of the term “diabetes” on pubmed returned over 350,000 articles. The biotechnology research community is on the forefront in the fight against diabetes.

A lot of excitement was generated last year when an international study out of Israel and Harvard University reported that a drug called alpha-1-antritrypsin eliminates inflammation that causes failure of islet cell transplantation. Furthermore, since the drug was already approved for another indication, the FDA was able to fast-track human clinical trials which began in 2008.

Dr. Eli Lewis, the lead investigator in this study, is a prominent diabetes researcher and an active blogger who spends time fielding questions from concerned patients.

Over the next few weeks, we will make a concerted effort to follow up on this story and hopefully get an update from Dr. Lewis on the alpha-1-antritrypsin story.

We would also like to hear from other Diabetes researchers on their stories and the current state of affairs in their labs. If you are a Diabetes researcher please send us your story in the form of a written post or video and we would be delighted to highlight your research in this forum. We would also like to create links from this blog to sites that are valuable to the Diabetes research community. So if have a site that you find useful in your Diabetes research, please do share and we will post it here on the American Biotechechnologist.

I look forward to your feedback!