Not exact matches
To try to develop a more sensitive probe for isolating individual peptides — short strands of amino acids — from a pool of similar
molecules, a team
led by chemist Clark Still of Columbia University 4 years ago synthesized small organic
compounds that selectively fish out peptides dissolved in chloroform.
A team
led by Stuart Licht at the Technion - Israel Institute of Technology in Haifa has come up with a new cathode made from unusual iron - based
molecules — iron (VI), or «super-iron,»
compounds — that absorb more electrons than manganese dioxide.
Cyanide
compounds are very reactive, so reactions on early Earth could have
led to the more complex organic
molecules that life needed (Geophysical Research Letters, DOI: 10.1029 / 2009gl040252).
Volcanic plumes were ideal crucibles for sparking stable nitrogen to form reactive
compounds that
led to the first organic
molecules, chemists report in the 15 August Geophysical Research Letters.
A specially designed chiral catalyst is used to oxidize hydrocarbons into multifunctional
compounds that are obtained in high purity and are readily converted into an assortment of
molecules that will streamline the synthesis of future pharmaceutical drugs,» said Dr. Leila Bayeh, a former graduate student and
lead author of the study.
«We've provided the first solid fundamental data on these
compounds,» said Berry, who
led the effort to synthesize the stable version of a normally short - lived
molecule.
A team of researchers
led by biophysicists at the University of Washington have come one step closer to designing tailor - made drug
molecules that are more precise and carry fewer side effects than most existing therapeutic
compounds.
University of Illinois chemist Martin Burke, a pioneer of a technique that constructs complex
molecules from simple chemical «building blocks,»
led a group that found that thousands of
compounds in a class of
molecules called polyenes — many of which have great potential as drugs — can be built simply and economically from a scant one dozen different building blocks.
Based on a plant - based class of
molecules known as indoline alkaloids, the
compound inhibits an enzyme called polymerase, which enables a virus to make thousands of copies of itself and cause disease, explains Claire Marie Filone, the study's
lead author.
«It never ceases to amaze me how a simple
molecule, such as saccharin — something many people put in their coffee everyday — may have untapped uses, including as a possible
lead compound to target aggressive cancers,» says Robert McKenna, Ph.D., who is at the University of Florida.
The initial work identified the precursor to GS - 5734, a small -
molecule antiviral agent, which
led to the effort by Gilead and USAMRIID to further refine, develop and evaluate the
compound.
In order to prioritize these hits
compounds for the development of probe or
lead molecules it is critical to determine their mode of action, i.e. the biological target protein.
Currently, Everon is optimizing several
lead compounds: small
molecules and biologics that have already demonstrated a rejuvenation effect in aging animals, as measured by a lowered mouse FI (similar FI has recently been accepted by FDA as a measure of aging in the ongoing Metformin human trial).
«Unfortunately, this
compound was rather toxic, which
led me to think more about the safety of
molecules.
But for people with type 2 or type 3 SMA, «the reality is that any sort of treatment would be a blessing,» says Jill Jarecki, research director of Families of SMA who, in a previous job,
led the small -
molecule screening effort that yielded RG3039, the Repligen
compound.
We are pursuing both goals by studying the underlying biology, defining therapeutic targets, identifying active
molecules by high - throughput screening and developing
lead compounds.
The functional disruption
leads to oxidative stress inside the cell; an accumulation of highly reactive oxygen
compounds takes place and a large number of the cell's
molecules are damaged.