"The goal of any treatment is to keep neurons or other cells youthful and functioning well, and to prevent or reverse aging, is going to be to increase ATP and to reduce reactive oxygen species."
"We all know that ATP is an energy currency, so if you're supplementing ATP, you're going to see increases in strength and possibly muscle mass."
"Phosphoglycerate kinase is really special because what he's doing is he's actually going to help to form ATP."
"ATP is made during respiration by ADP and Pi which is inorganic phosphate joining together in a condensation reaction using the enzyme ATP synthase."
"I think that ATP is one of the most under recognized underappreciated facets of skin care in general because really all we're doing is harnessing our own power for our body to do everything it's supposed to do better."
"Magnesium plays a big role in ATP."
"Just like the chaperonins, they use ATP binding and hydrolysis to cycle non-native proteins on and off of the chaperone."
"Mitochondria are exponentially better at producing ATP, and any physiologic process that causes mitochondrial dysfunction can cause widespread cellular energy deficits and fatigue, adversely affecting virtually all organs."
"ATP drives the sliding filament process in muscle contraction."
"The vast majority of ATP is made in our cells through processes like the citric acid cycle and oxidative phosphorylation. This complex process ultimately results in the production of large amounts of ATP, powering our cells and keeping us alive and active."
"ATP is the molecule that provides most of our energy needs. It's fascinating how our body converts the energy stored in nutrients into ATP through processes like cellular respiration and oxidative phosphorylation."
"ATP actually involved other than the energy metabolism in a cell, which of course it is since it's a major building block of our DNA and RNA."
"The key to understanding what makes ATP such a special energy molecule lies in the two outermost phosphate groups which are held to the rest of the molecule by so-called phosphoanhydride bonds, high in energy and readily transferred."
"ATP is the true energy currency of the cell and has been dubbed the fuel of life as it powers all of the activities and provides all of the energy that we use every day."
"ATP is central to our energy metabolism, powering a vast variety of processes within ourselves. It's an energy currency molecule, the fuel of life, and the most important source of mechanical and chemical energy within ourselves."
"It's not a energy crisis of oil, it's energy crisis of ATP which is our body's own energy system."
"Firefly luciferase requires ATP to be oxidized into its luminescent product."
"Sprinting runners need a really high amount of ATP rapidly, which is why their muscles will respire anaerobically."
"The end product of all metabolism... it all ends up as ATP which we use for energy, water, and CO2."
"ATP is kind of like a currency of our cells."
"The process that generates most of the ATP is called oxidative phosphorylation because it's powered by redox reactions."
"About 34% of the energy in a glucose molecule is transferred to ATP during cellular respiration, making roughly 32 ATP."
"I like the program structure because ATP has really put a lot of thought and process into how they want their students to learn."
"Going to ATP is almost like a full-time job in itself."
"A contraction is going to require ATP and calcium."
"In the light-dependent reactions, oxygen, ATP, and NADPH are created."
"Carbon dioxide, ATP, and NADPH are going to create glucose."
"ATP stands for Adenosine Triphosphate."
"ATP works to power the entire cell."
"The sodium-potassium pump is powered by ATP, balancing the passive force of diffusion."
"ATP, in short, is really the currency for energy in our body."
"Glucose is the main blood sugar and is oxidized in order to make ATP."
"Creatine improves neural health and function through its actions on increasing ATP availability."
"The cells use chemical energy stored in organic molecules to generate ATP, which powers work in the cells."
"Aerobic respiration consumes organic molecules as the fuel and oxygen, and yields ATP."
"The net gain for glycolysis is therefore: glucose is oxidized to two pyruvate and two waters, four ATP are formed but two were used, so two net ATP, two NADH molecules."
"ATP is our major storage molecule, and breaking its high-energy bond releases energy for the cell to use."
"ATP is the battery that fuels all metabolism."
"ATP is your energy carrier... the reason that you're able to make any enzymes or to have dehydration synthesis or hydrolysis or any of the stuff that your body needs to do to stay alive is because of ATP."
"This increase in ATP is going to provide us with firmer, tighter, bouncier looking skin, improved overall health, a bolstered immune system, quicker recovery from exercise and just overall improved health."
"Cellular respiration is the process by which glucose is broken down into carbon dioxide and water, and you get ATP out of it."
"ATP is the cellular currency of energy."
"The primary energy molecule for cells is ATP, adenosine triphosphate."
"The conversion of ATP to ADP releases energy which is used to power many metabolic processes."
"Cellular energy is in the form of ATP, adenosine triphosphate."
"Active transport ATP is involved."
"Glucose is like a bond that can be exchanged for ATP when it's needed."
"Ribose is so interesting that it's even a component of ATP, which is like the American dollar of the cell."
"Membrane transport is either passive, we don't need ATP, or active where we need ATP."
"ATP or adenosine triphosphate is the way that our body stores energy."
"ATP is generated by phosphorylation of ADP."
"All life on earth depends on this tiny energetic molecule, adenosine triphosphate or ATP."
"ATP stores the potential to react with water, releasing energy that can be harnessed by our cells to do work."
"Ninety percent of the ATP is generated from the next step in cellular respiration called oxidative phosphorylation."
"Our cells can only use this strange token called ATP."
"Every beat of our heart requires a billion ATP."
"ATP provides the energy needed to convert GP to triose phosphate."
"D-ribose is set to support the regeneration of ATP by providing the necessary building blocks for its production."
"Remember, the production of ATP is how all organisms on Earth use chemical energy to do physical work."
"Your cell needs ATP to survive and fulfill all the physiological functions that that particular cell needs to do within the human body."
"If you've got ATP in the cell, your cell is running; it's working."
"I've competed on the ATP circuit and on the Challenger circuit."
"The whole purpose of cellular respiration is to produce this gasoline called ATP."
"ATP then is in triphosphate... this is the currency of our body."
"We consume food to convert into ATP; it's then ATP that we use inside our muscles to break down to convert into movements."
"If you stop ATP production, cells die very quickly."
"ATP is the key to the sally port that allows the sodium potassium pump to work properly."
"Energy is transferred by ATP, which is sort of like the body's energy unit."
"ATP is the energy molecule or currency of our cells; all cells must have an available supply of ATP."
"In one day, you make and use 1.3 times your body weight in ATP."
"Each player gets a little bit of ATP, which is the primary energy source we're using to do all the different actions."
"So a nucleoside monophosphate kinase will take a phosphate off of ATP and put it onto a monophosphate."
"By boosting your ATP production, you can really help your body to heal itself."
"ATP is a nucleotide because it has a base, it has a sugar, and in this case, it has three phosphates."