Sentences with phrase «in cellular energy»

• Techniques for implementing specific food and exercise plans • Common causes of fatigue and decline in resiliency • Function of the mitochondria in cellular energy production • Eating to increase energy and slow aging • Considerations for meal timing • Mindfulness and meditation for generating energy and resiliency • Navigating coaching challenges

* Carnipure ™ L - Carnitine, a non-essential amino acid, facilitates the transfer of fats into the mitochondrial membrane for use in cellular energy production.

An 80 - year - old theory of German biochemist Otto Warburg was that the shift in cellular energy production that occurs within abnormal cells is the cause of cancer, and understanding how DCA works substantiates that theory.

«Stem cell reprogramming factor controls change in cellular energy generation: Research reveals role for KLF4 protein in instructing cells to undergo metabolic changes while acquiring stem cell characteristics.»

Not exact matches

To help make ideas about energy more concrete, for example, the new unit will use a variety of analogies from more familiar physical systems (e.g., combustion and charging a cellphone battery) to help students understand those same energy - releasing and energy - requiring chemical reactions and energy transfer when they occur in living organisms (e.g., cellular respiration, creating a charge across a membrane in mitochondria and nerve cells) where the reactions are more complex and difficult to observe.

Mitochondria, specialized organelles found in nearly every cell of the body, use cellular respiration to generate one of the most important sources of chemical energy — adenosine triphosphate (ATP), a versatile nucleotide that powers everything from cell division to cell signaling to transportation of large molecules across the cell membrane.

The idea is that the mitochondria — cellular energy generators — in young, primitive cells function much better than those in the mature eggs collected for IVF.

The idea is the mitochondria — the cellular energy generators — in these primitive cells function better than those in the eggs of women struggling to conceive.

The affected mitochondria could no longer provide the synapses with enough energy, which ultimately prevented the synapses from functioning — providing the first direct link between cellular injury caused by amyloid protein and the characteristic breakdown of neuronal communication that occurs in Alzheimer's patients.

In addition to diminishing the tumor's energy supply, the diet slows the growth of glioblastoma cells by altering a cellular - signaling pathway that commonly occurs in cancers, according to the researcherIn addition to diminishing the tumor's energy supply, the diet slows the growth of glioblastoma cells by altering a cellular - signaling pathway that commonly occurs in cancers, according to the researcherin cancers, according to the researchers.

In both cases, UDCA improved mitochondrial function as demonstrated by the increase in oxygen consumption and cellular energy levels.&raquIn both cases, UDCA improved mitochondrial function as demonstrated by the increase in oxygen consumption and cellular energy levels.&raquin oxygen consumption and cellular energy levels.»

Called mTOR in mammals, for the term «mammalian target of rapamycin,» this pathway has a critical evolutionary value — it helps an organism avoid too much cellular expansion and growth when energy supplies are insufficient.

Purdue University physicists are part of an international group using spinach to study the proteins involved in photosynthesis, the process by which plants convert the sun's energy into carbohydrates used to power cellular processes.

Instead of mitochondria (the cellular engines that convert oxygen to energy, present in all other known animal cells), these creatures contain structures resembling hydrogenosomes, the organelles that anaerobic microbes use to generate energy.

Unless they are removed by degradation, aggregates accumulate preferentially in the mitochondria, the cellular power plants, ultimately blocking energy production.

The center conducts basic and applied research into desert meteorology and solar energy, hydrology, ecology, plant and animal physiology, and cellular and molecular biology, with applications in pollution biodegradation in particular.

One group theorizes that eukaryotes emerged in a rapid burst, driven by the acquisition of the cellular energy factories known as mitochondria.

Photosynthesis, the process by which plants, algae, and select bacteria convert the sun's light energy into chemical energy, takes place in a cellular organelle called the chloroplast.

They found that by attaching to a mitochondrial protein called TOM20, alpha - synuclein prevented the mitochondria from functioning optimally, which resulted in the production of less energy and more damaging cellular waste.

Because the amount of ROS present in cells is tightly regulated by iron - dependent processes in the mitochondria (the cellular compartments in which energy is generated), the researchers had proposed iron import into the mitochondria to be essential for this process.

When the protons flow back in, energy is released that can be used to drive all kinds of cellular processes.

In the mitochondria, energy from nutrients is used to produce the cellular energy molecule adenosine triphosphate (ATP).

Somatic cells generate their energy in an oxygen - fueled process called oxidative phosphorylation, which takes place in the mitochondria, also known as cellular powerhouses.

To measure genetic diversity, Nowak's team sequenced genes in the animals» mitochondria — energy - generating cellular organelles that have their own small genome.

Previous research has described at least some of the fundamental processes involved in healthy, on - going peripheral nerve growth regeneration, including the critical role of mitochondria — cellular organelles that produce adenosine triphosphate (ATP), the energy - carrying molecule found in all cells that is vital to driving nerve recovery after injury.

Entomologist Alain Robichon at the Sophia Agrobiotech Institute in Sophia Antipolis, France, and his colleagues suggest that, in aphids, these pigments can absorb energy from the Sun and transfer it to the cellular machinery involved in energy production1.

The diseases in question affect mitochondria, which are cellular energy producers that carry their own set of genes.

The team, led by Professor Greg Cook, found that in such conditions the bacterium is able to quickly switch its cellular metabolism from a primarily oxygen - based one over to one that uses fermentation for energy production instead.

Lane believes the crucial step in the evolution of the eukaryotes was acquiring mitochondria, which would have provided the energy to develop more complicated cellular processes and acquire a larger genome.

But in earlier work Drs. Summer and Romero have shown that when lung tissue is injured — by things like viral infection, particulate inhalation, or other insults — lung cells eventually stop producing lipids in order to conserve energy for other cellular repairs.

This obligate arrangement - in which one partner relinquishes its own mitochondrial power supply to likely become reliant on its partner for cellular energy - suggests a genetic division of labor that makes the resulting lichen more efficient, Tripp said, thereby perhaps conferring an ecological advantage.

The common cellular energy source Adenosine Triphosphate, or ATP, had been used in all other observed ubiquitination and was thought necessary for the process, he said.

Adenosine A1 and A2 receptor agonists reduce endotoxin - induced cellular energy depletion and oedema formation in the lung

AMPK (adenosine monophosphate - activated protein kinase) is an enzyme that acts as a metabolic master switch and is activated in response to low cellular energy levels.

I am part of a team that studies Coenzyme Q, an essential molecule in the respiration process that produces cellular energy.

c) The eukaryote then began a mutually beneficial (symbiotic) relationship with it whereby the eukaryote provided protection and nutrients to the prokaryote, and in return, the prokaryotic endosymbiont provided additional energy to its eukaryotic host through its respiratory cellular machinary.

Sirt4 is found in mitochondria, which are cellular structures where respiration and energy production take place.

The team also found that DHODH binds a particular kind of lipid present in mitochondrial respiratory chain complex, an important system for cellular energy production.

Previous studies have found proteins and cellular factors involved in rapid - response energy dissipation when light intensity suddenly changes, such as when clouds move past the sun.

That way, even if the original genes in the mitochondrial are deleted, the backup copies will be able to supply the proteins needed to keep normal energy production going, allowing the cellular power plants to continue humming along normally and preventing them from entering into the toxic, mutant metabolic state.

The Buck's Kennedy is conducting research on cell - signaling pathways, in particular the mTOR pathway, which senses cellular nutrients, oxygen and energy levels and tells cells whether to grow, divide or stop.

SAN FRANCISCO, CA — A new study from the Gladstone Institutes shows for the first time that impairments in mitochondria — the brain's cellular power plants — can deplete cellular energy levels and cause neuronal dysfunction in a model of neurodegenerative disease.

------------------------------------------------------------------------ Each cell in the body is dependent on the efficient generation of cellular energy by mitochondria to stay alive.

When endurance athletes train, they use up the glycogen in their muscles, but when bodybuilders train they use adenosine triphosphate (ATP) which is a whole other fuel source and also a major source of energy for most cellular functions in a human body.

B5 promotes supply of energy on a cellular level, helps the body fight infection and plays a role in the synthesis of anti-stress hormones.

For example, active T3, a thyroid hormone that plays a major role in energy production, fat - burning and muscle gain, will decline when not enough cellular energy is available over time (i.e. low calorie or low carb diets) 2.

The authors of the study explain that their findings suggest that ketogenic diets could also potentially help normalize pathological behaviors in the human model of schizophrenia by providing alternative energy sources via ketones, the products of fat breakdown, which would substitute the abnormally functioning cellular energy pathways in the brains of people suffering from this disease.

The mitochondria is where all fat is burned, generating almost the energy used in cellular metabolism.

While some cortisol is absolutely necessary to live — this is the hormone that is released from your adrenal glands in a cyclic manner during the day or during times of stress — most of us exist in a state of nearly constant exposure to this compound, resulting in lowered blood sugar response, abdominal weight gain, decreased memory, reduced cellular energy production, and diminished immunity.

This area of the brain, called the hypothalamus, contains specialized cellular sensors that can detect the level of energy available from food and, depending on that level, initiate processes which either create or conserve energy in the body.