Примери за използване на Phosphate group на Английски и техните преводи на Български
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That's one phosphate group.
ATP provides this energy by hydrolyzing a phosphate group.
So that's the phosphate group that breaks off.
ATP offers energy by hydrolizing the phosphate group.
A phosphate group, which is a phosphorus atom connected to oxygen atoms;
And it also has a phosphate group on it.
And you can imagine it as a 3-carbon chain with a phosphate group.
Energy plus a phosphate group plus some ADP, you can go back to ATP.
That actually also have a phosphate group on them.
Phospholipase C: Magnesium is a cofactor for the enzyme phospholipase C,which is a class of enzymes that split phospholipids at the phosphate group.
But for just for simplification I draw the phosphate group just like that.
Nicotinamide Adenine Dinucleotide is a coeznyme consisting of an adenine base anda nicotinamide base connected by a pair of bridging phosphate group.
P= phosphonate group, OP= phosphate group, H-OP or P-OH= inorganic phosphate. .
ATP provides energy by hydrolysis of a phosphate group.
The creatine kinase enzyme removes the phosphate group from creatine phosphate and quickly transfers it to ADP to form ATP.
Then the ATP hydrolyzes into ADP and a phosphate group.
Essentially part of this water joins to this phosphate group, and then part of it joins to this phosphate group right there.
So this right here is going to be a 2-carbon molecule and it has a phosphate group.
Protein kinases: those enzymes that transfer a phosphate group to an amino acid residue of a protein.
The phosphate group and polar head region of the molecule is hydrophillic(attracted to water), while the fatty acid tail is hydrophobic(repelled by water).
And as we will see when we go from ATP to ADP,ADP+ a Phosphate group, we have a release of free energy.
When introduce phosphate group in a molecule, they act as antimetabolities similar to nucleotides to be incarcerated into DNA strands growth, but they work as chain terminators and blocks the DNA viral polymerase.
When the muscle strains,the breakdown of ATP to ADP, phosphate group and hydrogen ions begin to release energy.
Each nucleotide of the mitochondrial DNA binds to the next nucleotide of the same filament, by means of a phosphodiester bond betweenthe carbon 3 of its deoxyribose and the immediately following nucleotide phosphate group.
Some of the tyrosine residues can be tagged(at the hydroxyl group) with a phosphate group(phosphorylated) by protein kinases.
When deoxyribonucleotides polymerize to form DNA, the phosphate group from one nucleotide will bond to the 3' carbon on another nucleotide, forming a phosphodiester bond via dehydration synthesis.
The different elements that make up the DNA are the nucleotides,formed in turn by a phosphate group, a nitrogenous base and a sugar.
Creatine phosphate, with the donation of its phosphate group, allows the adenosine-diphosphate to become adenosine-triphosphate again.
When rapid production of energy is not required, an inverse reaction occurs- with ADP,phosphogen and glycogen, the phosphate group rejoins the molecule, thereby forming ATP.
Creatine phosphate, along with the donation of its phosphate group, allows adenosine diphosphate to again become adenosine triphosphate.