September 24th, Switzerland

Free Registration, Part of MipTec 2014, Congress Center Basel

FREE DRUG DISCOVERY CONFERENCE IN THE HEART OF EUROPE

MipTec is the largest drug discovery conference in Europe with over 3,000 delegates from pharmaceutical companies

ATTEND 10 OTHER SCIENTIFIC FORUMS AT MIPTEC

Stem Sells, Translational Medicine, Protein Therapeutics, Medicinal Chemistry and others

IN SILICO APPROACHES TO GEROPROTECTOR DISCOVERY AND DRUG REPURPOSING

New in silico approaches to evaluating the efficacy of and repurposing drugs for aging and age-related diseases

MEET YOUNG PROSPECTIVE SCIENTISTS AND RESEARCH MANAGERS

The forum will attract many young scientists in aging research providing the possibility to recruit scarse talent with unique skills and interests

AGING CONFERENCE FOCUSED ON REINVENTINT THE PHARMA INDUSTRY

Unlike other aging conferences, the forum is geared towards the pharmaceutical industry addressing the need for new markers and new drugs within the traditional regulatory frameworks

Tuesday, May 3, 2016

Anti-Aging Vitamin Discovered: A Pill a Day Keeps Away Aging

An international team of researchers found that administering the vitamin nicotinamide riboside restores organs’ regenerative capacities and delays aging. The study published on April 28 in the journal Science explains that this restorative vitamin, which is close to vitamin B3, targets stem cells, paving the way for treatments targeting degenerative diseases like muscular dystrophy or myopathy.

Stem cells produce new specific cells to regenerate damaged organs. The stem cells can only do this if their mitochondria functions properly.  The researchers call the mitochondria as the powerhouse of the cell.
However, as people age, stem cells get fatigued, causing aging, poor cell regeneration, and even deterioration of some tissues and organs.

Since nicotinamide riboside is a precursor of NAD+, a molecule that regulates mitochondrial activity, the researchers administered it onto mice in the hopes of improving mitochondrial function. When they administered the vitamin to mice aged two years old, they observed that the animals’ muscular regeneration greatly improved. The mice also lived longer than those that did not receive the vitamin.

Researchers may have found the elixir of youth. Earlier studies have already shown that nicotinamide riboside improves one’s metabolism.
“This work could have very important implications in the field of regenerative medicine,” says Johan Auwerx, the head of École Polytechnique Fédérale de Lausanne’s Laboratory of Integrated Systems Physiology (LISP) in Switzerland. “We are not talking about introducing foreign substances into the body but rather restoring the body’s ability to repair itself with a product that can be taken with food.”

The researchers say that this could help age-related diseases, even the fatal ones such as myopathy. Myopathy is a muscle disease that causes muscle weakness, pain and muscle wasting.

The researchers did not observe any side effects even after giving nicotinamide riboside at high doses. Still, the researchers assert that more studies are still needed to gather more insight about this vitamin and consequences on aging.

Keywords: Anti aging, stem cells, regeneration.


Wednesday, April 6, 2016

Insilico Medicine to Present Deep Learned Biomarkers At The Deep Learning in Healthcare Summit

Insilico Medicine to present a range of deep learned biomarkers of ageing and deep learned predictors of biological age at the RE-WORK Deep learning in Healthcare Summit.


Baltimore, MD -
Alex Zhavoronkov, PhD, CEO of Insilico Medicine will present a range of deep learned biomarkers of ageing and deep learned predictors of biological age at the RE-WORK Deep Learning in Healthcare Summit in London, 7-8th of April. The first such predictor is already available online at http://www.Aging.AI trained on hundreds of thousands of human biochemistry and cell count samples linked to chronological age, gender and health status. Transcriptomic and signalomic ageing markers and predictors of chronological and biological age and cross-species comparison will be discussed. The official summit website is https://www.re-work.co/events/deep-learning-health-london-2016 .

"RE-WORK summits are clearly outperforming most industry conferences in agility, openness, diversity and focus on applications of deep learning in multiple areas and we are happy to be invited to present at their Deep Learning in Healthcare Summit in London. Artificial intelligence will transform biomarker development and drug discovery much sooner than most pharmaceutical companies and regulators expect and we are happy to be at the forefront of this emerging trend", said Alex Zhavoronkov, PhD, CEO or Insilico Medicine, Inc.

The Pharmaceutical Artificial Intelligence division of Insilico Medicine is providing a broad range of machine learning services in biomarker development, drug discovery and high-throughput screening optimization to some of the most innovative pharmaceutical and biotechnology companies. In 2015 scientists at Insilico Medicine published over 20 research papers in reputable academic journals.
"While our main project is related to applying artificial intelligence to identify and personalize Geroprotectors, interventions that slow down or reverse human biological aging, we have a solid pipeline of pharma and biotechnology research projects that help us fund our own research, gain unique expertise and establish reputation as a trusted partner. If you are reading this, please follow us on PubMed or ResearchGate and consider collaborating with our team and please attend our conferences in St. Petersburg and Basel", said Alex Aliper, president of Insilico Medicine, Inc.

Tuesday, April 5, 2016

Update on Disputed “Youthful” Protein

Studies reach conflicting conclusions on GDF11 as a rejuvenating factor.



 Growth differentiation factor 11 (GDF11) has been hailed an anti-aging protein, capable of spinning back the clock on aged mouse heart and muscle. But a few studies have found evidence to the contrary. Most recently, researchers reported in Aging Cell last month (March 28) that GDF11 did not improve muscle function of older animals as had been observed by others.
“We have been unable to confirm the reported activity of GDF11,” the team from GlaxoSmithKline and Five Prime Therapeutics wrote in its report. In particular, the researchers were unable to replicate the results of a 2014 study from Amy Wagers and Richard Lee of Harvard University and colleagues.

The GlaxoSmithKline group treated skeletal muscle satellite cells from older mice with GDF11, but did not see increased activity as Wagers and Lee had reported. Administering the protein to young mice resulted in a reduction of lean mass as well, the team noted.

These latest results fall more in line with a 2015 study from the Novartis Institutes for Biomedical Research than with those reported by the Harvard team. But Lee and collaborators later produced evidence that the discrepancy between their results and the Novartis findings was due to reagents. “I think a lot of this is, early on in the field the reagents aren’t perfect, the assays aren’t perfect, so people get results that look like they’re opposing each other,” Lee told The Scientist in October 2015. “We need better assays, we need more science, we really just need to do more work.”

Indeed, the debate over GDF11’s role in aging is far from settled. In a pair of commentaries in the April issue of Circulation Research, the Lee/Wagers group and a separate team, led by Steven Houser of Temple University, laid out the evidence for GDF11’s functions and attempt to explain the discrepancies between different labs’ results.
“The data from the Lee/Wagers groups, and the associated media coverage, have given hope to aged individuals with cardiac, skeletal muscle, and central nervous system dysfunction,” Houser and colleagues wrote. “However, there is now sufficient concern about these data and we hope that any proposed rGDF11 clinical trials will do no harm".

Keywords: Anti aging; Heart; gdf11; Regeneration

Miracle Anti Agin pills! Is it possible to live 120 years with drugs?

Miracle Drug Metformin May Hold Longevity Secrets


-Dallas Health

Researchers at Cardiff University found that this anti-aging drug, called Metformin, could extend our life spans to in the 100s, according to the New Zealand Herald.
“If you target an ageing process and you slow down ageing then you slow down all the diseases and pathology of ageing as well. That’s revolutionary. That’s never happened before,” said Professor Gordon Lithgow of the Buck Institute for Research on Ageing in California.

The drug, which is commonly used by diabetic patients, costs less than a dollar to manufacture, according to The Telegraph, and was first tested on roundworms by Belgian scientists, yielding encouraging results.
The drug helps the progression of certain diseases in the body slow down–boosting longevity and overall health and wellness. It also helps increase oxygen flow on the cellular level, which, in turn, slows, cell division and keeps the body functioning properly by reducing age-related changes, according to Fox News.

Now, the U.S. Food and Drug Administration is working to proceed with a clinical trial that will begin as early as next year, involving 3,000 participants between the ages of 70 and 80 from various U.S. locations. The trial is expected to run for five to seven years.

Keywords: Ageing; Research; Metformin; FDA.


Wednesday, March 16, 2016

Pharma.AI launches to apply artificial intelligence to drug discovery and development

Artificial intelligence meets massive repositories of multi-omics data linked to chemical compounds to streamline drug discovery R&D.


 Insilico Medicine, one of the leaders in advanced signaling pathway activation analysis and deep learning for aging and cancer research is proud to announce the formation of the Pharmaceutical Artificial Intelligence division focused on applying latest advances in artificial intelligence to streamline drug discovery and drug repurposing processes and significantly cutting time to market.
"Since its inception Insilico Medicine is taking the umbrella view on aging research developing biomarkers and drug candidates in a broad number of fields. We collaborate with some of the largest pharmaceutical companies, cosmetics companies and academic institutions on a number of disease- or drug-specific projects. However, our focus on aging and "we do everything" approach is confusing for many of our customers and partners and with the launch of Pharma.AI as a division, we will highlight a core part of our business and explore the possibility of spinning it off as a separate company in the future", said Alex Zhavoronkov, PhD, CEO of Insilico Medicine, Inc.
With the exception of cancer immunology, most of the pharmaceutical companies are facing declining returns on their R&D investments and are not open to external innovation in early stage development. Pharma.AI aims to bridge this gap by providing cutting-edge machine learning services delivered by an experienced team of bioinformatics and deep learning experts working with millions of drugs, annotated gene expression samples and blood biochemistry data sets that can be used to augment customer's data.
"I am happy to join Pharma.AI division as a research scientist focusing on interpreting the results of our AI analytical systems in skin care applications. I am already supporting this team as a geneticist, but with a full-time appointment I have a chance to help transform the pharmaceutical industry forever. I am also happy with Insilico Medicine's mission to empower women in emerging geographies and giving us visibility and skills that will be in high demand over the next two decades when many other jobs will be lost to automation", said Polina Mamoshina, senior research scientist at Insilico Medicine.

Tuesday, March 15, 2016

Protein Found To Aid Anti-Aging

Bioengineers at the University of California have uncovered a significant protein that plays a role in anti-aging. Examining the health of the heart narrowed down anti-aging to a protein called vinculin.

As seen in rats, monkey and humans, vinculin accumulates in higher amounts through aging. In this new study, the bioengineers genetically programmed fruit flies to produce higher amounts of vinculin. The flies lived longer.
Typically a fruit fly will live up to four weeks. The modified flies managed extended their lifespan to 11 and 13 weeks.
The researchers found that an increase in vinculin not only boosted heart health, but helps anti-aging. Researchers feel that by better understanding vinculin, therapy can be created totreat age-related heart failure.

Sunday, February 28, 2016

Scientists Make Anti-Aging Breakthrough During Skin Cell Study


Findings may also lead to a greater understanding of how other organs in the body age, which could pave the way for drug developments in a number of age-related diseases, including cancer.

For the first time, scientists have identified the activity of a metabolic enzyme found in the batteries of human skin cells as being key to the declines of aging.
A Newcastle University study, published online in the Journal of Investigative Dermatology, has found that the activity of mitochondrial complex II significantly decreases in older skin.
Mark Birch-Machin, Professor of Molecular Dermatology at Newcastle University, led the pioneering study with Dr Amy Bowman from his research group.
Professor Birch-Machin said: “As our bodies age we see that the batteries in our cells run down, known as decreased bio-energy, and harmful free radicals increase.
“This process is easily seen in our skin as increased fine lines, wrinkles and sagging appears. You know the story, or at least your mirror does first thing in the morning!
“There is now a possibility of finding anti-aging treatments which can be tailored to differently aged and differently pigmented skin, and with the additional possibility to address the aging process elsewhere in our bodies.”

Enzyme activity declines with age

Complex II activity was measured in 27 donors, from aged six to 72 years. Samples were taken from a sun-protected area of skin to determine if there was a difference in activity with increasing age.
It was found that complex II activity significantly declined with age, per unit of mitochondria, in the cells derived from the lower rather than the upper levels, an observation not previously reported for human skin.
The scientists found that the reason for this is the amount of enzyme protein was decreased and furthermore this decrease was only observed in those cells that had stopped proliferating.
Dr Bowman, Research Associate at Newcastle University’s Institute of Cellular Medicine, said: “Newcastle University is pioneering research into aging as it has long been thought that mitochondria play an important role in the aging process, however the exact role has remained unclear.
“Our work brings us one step closer to understanding how these vital cell structures may be contributing to human aging, with the hope of eventually specifically targeting areas of the mitochondria in an attempt to counteract the signs of aging.”