Sentences with phrase «cell energy used»

Not exact matches

The U.S. Department of Energy (DOE) describes silicon as «the most common material used in solar cells.»

Beyond using this clean electricity to power homes, offices and manufacturing plants, the Chinese also view it as the fuel of choice for the growing number of vehicles hitting the road, setting a goal of putting five million «new energy» vehicles (EVs, plug - in hybrids and fuel - cell cars) on the road by 2020.

Most solar cells use silicon semiconductors, and the more attention paid to the alternative energy, the more these chips will be in demand.

Your body processes the nutrients found in apples into adenosine triphosphate, or ATP, which is fuel for your cells, and they use it for everything that requires energy in your body.

Japan and Korea are global leaders in the use of fuel cells, an alternative low - emission clean energy source.

Rather than being used by muscles for energy, the glucose is redirected to fat cells.

The United Nations Development Programme (UNDP) is planning a pilot project to test a system that allows individuals to invest in solar energy - generating cells and effectively receive rent from consumers that use the hardware.

The cells coming off the line today will be used in Tesla's Powerwall 2 and Powerpack 2 energy products.

The purpose of mtDNA is to convert chemical energy from food into a form that the cell can use.

About the cells, some molecules on Earth will allign in a circle because of some reasons that I can't seem to remember right now and if they happen to allign in a circle around another molecule that uses what they secrete to make energy then there you have a cell.

BCAAs can be used by muscle cells as an energy source, which may help offset muscle breakdown during endurance exercise and help support recovery and repair after weight training.

Brain O Brain capsules tackle stress and produce high level of energy, the herbs used in the preparation of these capsules contain iron in high amount which enhances the capacity oxygen carrying of the blood by increasing the number of red blood cells.

Loosing weight is a very important for diabetics, because fat cells reduce your body's ability to move sugar into cells and use it as energy.

As the chlorophyll within this organelle absorbs energy from sunlight, it releases high - energy electrons; vitamin K1 forms a bridge between chlorophyll and several iron - sulfur centers across which these electrons travel, releasing their energy so that the cell can ultimately use it to synthesize glucose..

Without going into a complicated biology lesson (which I probably would not be prepared to teach), let's simply think of what our digestive system does for us: it breaks food down into smaller pieces so that our body can use this nourishment to build new cells and give us energy.

Whenever a sweet substance touches the tongue, our brains senses that this is food and it is time for our body to produce insulin to take that food and bring it into our cells for the use of energy.

That means it's more digestible and broken down quickly, causing a spike in blood sugar, followed by another spike in insulin, which is what your body uses to shuttle that sugar to your cells to be used for energy.

In a nutshell, the metabolism refers to the essential biochemical reactions (such as digestion and production of hormones) that regulate how our cells use and store energy.

cells, building cell structures, or can simply be used for energy.

Triglycerides store unused calories and provide your body with energy, and cholesterol is used to build cells and certain hormones.

Insulin is secreted by the pancreas, and is responsible for carrying sugar into the cells of the body where it can be used for energy.

Insulin is a hormone that helps glucose move from your bloodstream into your body's cells, where it's used as energy.

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.

NAD (nicotinamide adenine dinucleotide) is a molecule that harvests energy from nutrients in food and converts it into a form cells can use.

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.

Solid oxide fuel cells that can use conventional fossil fuels as well as hydrogen are set to take a larger role in the energy game

It had been thriving for well over a billion years when a new kind of cell appeared on the scene, one that harvested the sun's energy using a process that generates a highly toxic by - product — oxygen.

Bound to the cell membrane, Na ± K+ATP ase uses the energy of adenosine triphosphate (ATP) molecules to pump sodium out of the cell and potassium into the cell, maintaining a charge gradient that allows ions to flow through open channels.

Insulin instructs cells to use the extra glucose for energy or turn it into fat.

This is because rat neurons are much more efficient at pumping ions into the cell than squid neurons, say the team, resulting in squid using up more energy to generate a charge and transmit the signal.

It uses cheap materials and has a higher energy density than lithium - ion cells.

Plays an important role in the structure of the skeleton and muscles; also found in molecules that help enzymes use ATP to supply energy for chemical reactions in cells.

Carbon capture is an obvious extended use for fuel cells, said Tony Leo, vice president of application engineering and advanced technology development at FuelCell Energy.

They use charge in the form of ions to carry energy and information — ion channels control the flow of ions across cell membranes.

Ong, who leads the Materials Virtual Lab and is a faculty member in the Sustainable Power and Energy Center at UC San Diego, uses a combination of high - throughput calculations and machine learning to discover next - generation materials for energy applications, including batteries, fuel cells andEnergy Center at UC San Diego, uses a combination of high - throughput calculations and machine learning to discover next - generation materials for energy applications, including batteries, fuel cells andenergy applications, including batteries, fuel cells and LEDs.

The exciting implication is that next - generation wastewater treatment plants could use new technologies, including microbe - powered fuel cells, to capture enough methane, hydrogen, and other fuels from wastewater to generate all the energy they need, and then some.

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.

Mitochondria are found in cells and they use oxygen to produce energy in a process called oxidative metabolism.

Using sunlight to create fuels (such as hydrogen on the other electrode in this solar cell) with inexpensively prepared electrodes may provide a solution to the intermittency drawback of solar energy.

In such exercise, oxygen is used to «burn» fats and glucose in order to produce adenosine triphosphate, the basic energy carrier for all cells.

He is also working with UC Santa Cruz physicist Sue Carter on the use of perovskite thin films in photovoltaic cells for solar energy applications.

«The model we are proposing is one wherein colon cancer cells release an enzyme outside the cell, where it attaches a high - energy phosphate to the metabolite creatine, and then imports this energetic metabolite into the cell to be used as energy,» Tavazoie says.

Thus, in order to successfully produce the main types of «the energy currency» under a high concentration of hydrogen sulfide, the intestinal microflora inhabitants should use a unique type of terminal oxidases, which is missing in the cells of humans and animals,» says Vitaly Borisov.

Insulin - like growth factor promotes cell division and growth, while insulin shunts fuel consumed either into immediate energy use or into storage for a later time.

In mice, this form of lipodystrophy was also characterized by «whitening» of brown fat cells, a loss of white fat, and signs of metabolic syndrome, including insulin resistance, fat tissue inflammation, dyslipidemia (elevated cholesterol and fat), increased resting energy use, and increased markers of cardiovascular disease.

Research shows that in Parkinson's disease a brainstem region called the pedunculopontine nucleus (PPN) develops changes in DNA found in mitochondria — the batteries of the cell — as they produce and store energy that cells can use.

The work, which appears in the November 27, 2014, edition of Science Express, points to new avenues for producing single - site supported gold catalysts that could produce high - grade hydrogen for cleaner energy use in fuel - cell powered devices, including vehicles.

Cell phones use non-ionizing radiation, which differs from the ionizing radiation of x-rays and radioactive material in that it does not have enough energy to knock around — or ionize — electrons or particles in atoms.

Endosomes are machinery that tumor cells, via a process called endocytosis, can use to incorporate components into their environment and obtain energy by degrading them via autodigestion or autophagy.

The stress this places on cells leads to the overproduction of glucose, which when not used for energy transforms into lactic acid, which is difficult for the body to flush out.