Fatty Acids.
The units measure different things, they are incompatible and cannot be converted.
This is a no load test and so it cannot be performed on series machine
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no you cannot if you try to bend it it will snap
pn diode
Ketogenic amino acids cannot be converted to glucose as both carbons are ultimately degrades into CO2
triglycerides consist of 3 fatty acids and glycerol. because fatty acids break down to acetyl CoA they cannot be made into glucose. the glycerol portion of a triglyceride can be converted to pyruvate and thus yield glucose. and glycerol is about 5% of a triglyceride molecule. So the answer is 95% of a triglyceride (fatty acid) cannot be converted to glucose.
In humans, pyruvate cannot be directly converted into glucose through a process called gluconeogenesis. This is because humans lack the specific enzymes required to convert pyruvate into glucose. Pyruvate can be converted into lactate or acetyl-CoA, which can then enter various metabolic pathways in the body.
because if we do not have glucose we cannot produce a glucose..
I believe you may have misinterpreted a concept. You cannot convert energy into matter. However, if you meant "what process is glucose converted to energy?" then the answer would be glucose hydrolysis and the Krebs Cycle (for organisms involved in oxidative phosphorylation). It's a very beautiful process involving innumerable proteins and molecules =D.
Yes, Paramecium is heterotrophic.It has no chlorophyll or other means of synthesizing organic matter, such as glucose, from inorganic compounds like carbon dioxide and water. So it cannot be autotrophic.It must obtain organic compounds from other organisms, and is therefore heterotrophic.
Most animals store glucose as glycogen in liver and muscles .
The units are incompatible and cannot be converted.
Gold and Nitrogen are elements, not compounds of elements like "Air" or "Table Salt."
Muscle cells need a specific form of energy for contraction and cannot use the energy released directly from breaking down glucose or triglycerides. Rather, body cells must first convert food to adenosine triphosphate (ATP). So to answer simply, yes. But glycogen isn't used directly. Glycogen is converted to glucose, and then that is converted to ADP+pi, and that is converted finally to ATP, which is actually what fuels locomotion of the muscles when exercising. This is a very non-detailed answer, but I hope it provides the answer you were looking for. Muscle cells need a specific form of energy for contraction and cannot use the energy released directly from breaking down glucose or triglycerides. Rather, body cells must first convert food to adenosine triphosphate (ATP). Food is digested and processed into ATP through sever different stages. Glycogen is converted to glucose, and then that is converted to ADP+pi, and that is converted finally to ATP, which is actually what fuels locomotion of the muscles when exercising. This is a non-detailed answer, but provides the basics of how muscles get energy.
Our metabolisms take advantage of a reaction between oxygen gas and compounds such as glucose to release energy. Oxygen compounds do not contain the same energy and do not react in quite the same way with other substances, so we cannot use them. Most substances that are as reactive as oxygen are toxic, but we have adapted specifically to be able to use oxygen.
"glycerol can yield glucose, but that represents only 3 of the 50 or so carbon atoms in a triglyceride-about 5% of its weight. The other 95% cannot be converted to glucose." Understanding Nutrition 11th Ed. pg 223 Hope that helps... I had that question too...