«What we are saying is that even without new
cellular protein synthesis, once a new connection is made, or a pre-existing connection is strengthened during encoding, that new pattern of connections is maintained,» Tonegawa says.
Allan Jacobson, Ph.D., of the University of Massachusetts Medical School and co-founder of PTC Therapeutics, the company that developed ataluren, and David Bedwell, Ph.D., professor of the UAB Department of Biochemistry and Molecular Genetics, have sought to understand precisely how ataluren allows the ribosome, the machinery of
cellular protein synthesis, to skip over these inserted stop signs and produce proteins that have normal or near - normal function.
Not exact matches
Geneticists passed from the formal genetics of individuals to cytogenetics at the
cellular level, to the biochemistry of DNA in duplication and in
protein synthesis at the molecular level, back to physiological and developmental genetics again at the
cellular level and back to the level of the individual in behavioral genetics and beyond the individual to population genetics and the theory of evolution.
Ribosomes, the
cellular factories that manufacture
proteins, contain both RNA and
protein, but exactly how all of the different ribosomal components contribute to
protein synthesis is still not clear.
In the second, they worked out the conditions required to allow their synthetic helix to be appended to natural
proteins during
synthesis by
cellular ribosomes.
Dr Christos Gkogkas, a Chancellor's Fellow in the University of Edinburgh's Centre for Discovery Brain Sciences, said: «Our study reveals that altered
protein synthesis through eIF4E is a key
cellular process in the brain that can go awry in depression.
Small molecule drugs were used to inhibit the function of a
cellular pathway associated with
protein synthesis.
Based on previous work and their own results, Drummond and his colleagues speculate that a central purpose of
protein aggregation during heat shock is to reshape the
cellular factory, focusing
protein synthesis on
proteins needed during stress.
In order to reach maturation and be sent to the
cellular «machine» that deals with
protein synthesis, the non-coding fragments contained in the mRNA, the introns, need to be removed, whereas the coding sequences, the exons, have to be linked together.
«Since
protein synthesis is one of the most prominent hallmarks of
cellular life, it shows that these new viruses are more «cell - like» than any virus anyone has ever seen before.»
After reaching its destination, the gel melts into liquid, releasing the
cellular components and allowing
protein synthesis to occur.
Previous studies have found that if
synthesis of certain
cellular proteins is blocked in mice immediately after an event occurs, the mice will have no long - term memory of the event.
The researchers also inhibited the
synthesis of
cellular proteins immediately after the training occurred.
Other
proteins involved in
cellular transport and
protein synthesis were also identified.
Research Focus: Dr. Signer is a stem cell biologist whose trailblazing work on
protein synthesis in hematopoietic stem cells opened the door to unchartered areas of
cellular investigation.
LOS1: LOS1 may be involved in a variety of fundamental
cellular processes, ranging from
protein synthesis to DNA repair.
Dengue virus nonstructural
protein 3 redistributes fatty acid synthase to sites of viral replication and increases
cellular fatty acid
synthesis.
Cellular Studies (CEL): The study of animal cells involving the use of microscopy to study cell structure and studies investigating activity within cells such as enzyme pathways,
cellular biochemistry, and
synthesis pathways for DNA, RNA, and
protein.
The Unit's scientific mission covers the design,
synthesis, molecular modeling, as well as biophysical, biochemical and
cellular studies of small - molecule probes and drug candidates targeting nucleic acids or
proteins involved in cancer.
These changes are necessary for cancer cells to meet the combined biomass and energy demands for growth and are only satisfied by increased capture and
synthesis of
cellular building blocks such as sugars, fats, and
proteins.
Glutamine is an amino acid that plays a vital role in maintaining the muscle mass and enabling the
synthesis of muscle
protein on a
cellular level.
This feeding cycle stimulates the production of
cellular factors such as Cyclic AMP or GMP, which stimulate hormone
synthesis and fat burning during the day, as well as
protein synthesis and growth during the night, respectively.
• Increased lactate threshold leads to increased
cellular swelling and increased anabolic hormone levels, which leads to increased
protein synthesis.
is important or
protein synthesis,
cellular repair and bone health — so healthy individuals must get their full daily value.
Rats fed
protein - deficient diets have decreased DBP concentrations and a decreased ability to regulate calcium metabolism.38 Humans with acute liver failure also have depressed levels of DBP.39 This may be because the
synthesis of DBP in the liver declines during such a condition, but DBP also plays a secondary role in scavenging harmful
cellular debris from the blood; therefore, any kind of acute tissue damage can overwhelm our supply of DBP.
Testosterone stimulates
cellular amino acid uptake and
protein synthesis in muscles by interacting with the DNA, as well as increasing muscle fiber site neurotransmitters.
As an adult, it does lots of other things, including increased bone mineralization and muscle mass,
protein synthesis,
cellular growth, and fat breakdown.
Muscle growth — HGH stimulates insulin growth factor 1 production that increases
protein synthesis in the muscles through
cellular division.
In fact, without leucine, the body can't correctly decipher
cellular instructions that stimulate
protein synthesis and prevent the degradation of muscle tissue at times of nutritional inadequacies and recovery.
[79] Acquired susceptibility, for example, impaired glutathione synthetase activity due to a RNA transcriptional error from haptenic binding and distortion of the mRNA complex or due to impaired and disordered
protein synthesis due to low ATP production in the
cellular mitochondria would have similar adverse effects [80].
Insulin is not needed for
protein synthesis or to activate the mTOR pathway, that causes
cellular growth.
1 Insulin is also very anti-catabolic and suppresses
protein degradation and stimulates
cellular hydration — causing water retention within the muscle cells that translates into greater
protein synthesis.
Biotin serves as an essential coenzyme for five biotin - dependent carboxylase reactions that participate in numerous
cellular processes and metabolic activities, notably fatty acid
synthesis, amino acid catabolism and gluconeogenesis (making glucose from
protein).
Studies are clear that
cellular hydration via a «pump» is an effective way to enhance
protein synthesis and lower
protein degradation.
When elevated, HSPs aid in muscle
protein synthesis — they speed up the muscle repair process by encouraging
cellular repair.
Studies show that
cellular swelling causes both an increase in
protein synthesis and a decrease in
protein breakdown (Grant et al., 2000; Stoll et al., 1992; Millar et al., 1997).
Increased
cellular hydration is thought to reduce
protein catabolism and increase the
synthesis of DNA (8).
Of particular importance is the BCAA leucine, a potent independent stimulator of muscle
protein synthesis in cell culture and animal models through enhanced
cellular regulation of mRNA translation (29).
Tags for this Online Resume: clinical research scientist,
protein synthesis and purification, IVF,
cellular biology, molecular biology, infection and immunology