Luv ne'er diez of starvation but often of indigestion..
-Letting go doesn't mean giving up but accepting that there are things that can't be.
-Life just like a burning spearé.
Ð edges só shärp 4 -w- it gainz contact with;ðevouring d pöwér of thät psychic lüv 2 its humility..making it sø ðamé 2 çønquér its arrogáncé....
Whät a wörld wën it lies sö brüté with its bæütý 4 its béholdér...aåäàáâãggghh.!!Fëël mè.¿¡everything to be fun to make out that sweet~loving part of it.
As sucçess is the divine of ëvéry healthy rélåtiõnship....
Thursday, September 30, 2010
***THE 'C4' PLANTS***.
Ever heard or come about the characteristic C4 plants. These are plants in which the C4 cycle takes place having certain characters which includes;-:
Having the characteristic leaf anatomy where the vascular bundles are surrounded by a bundle sheath of compactly arranged with distinct parenchyma cells, which are rich in chloroplast and mitochondria. This bundle sheat are absent in what is also known as the C3 plants and if present they do not have chloroplasts.
Both the C4 and the C3 mechanisms are used for carbon assimilation to reduce the amount of carbon released to the atmosphere by the process of burning and other activities that leads to the release of carbon.
The rate of photosynthesis is much higher in C4 plants which aids the rate increase of oxygen.
The C4 plants can use higher light intensities and can adjust to high Carbondioxide(CO2) concentration.
The chloroplasts of the mesophyll cells contains the enzyme, Phosphopyruvic dikinase (which catalyses the reaction between pyruvic acid and ATP.)...
Having the characteristic leaf anatomy where the vascular bundles are surrounded by a bundle sheath of compactly arranged with distinct parenchyma cells, which are rich in chloroplast and mitochondria. This bundle sheat are absent in what is also known as the C3 plants and if present they do not have chloroplasts.
Both the C4 and the C3 mechanisms are used for carbon assimilation to reduce the amount of carbon released to the atmosphere by the process of burning and other activities that leads to the release of carbon.
The rate of photosynthesis is much higher in C4 plants which aids the rate increase of oxygen.
The C4 plants can use higher light intensities and can adjust to high Carbondioxide(CO2) concentration.
The chloroplasts of the mesophyll cells contains the enzyme, Phosphopyruvic dikinase (which catalyses the reaction between pyruvic acid and ATP.)...
GLYCOLYSIS
Glycolysis which is the path~way for the breakdown of carbohydrates is been found occuring in most animals and plants,likewise in many bacteria.
It can also be said to be the splitting of sugar and this process results in the cleavage of the Hexose molecule into two 3-Carbon fragments.
The function of the occurence of this glycolysis in many cells is the conversion of carbohydrates to pyruvate.
Glycolysis gives two pyruvate molecules per glucose, in addition to two ATPs from the substrate-level phosphorylation and further four ATPs.
'An important function of the glycolysis is to synthesizf the ATP from the ADP'.
The first two reactions of each, uses an ATP for every molecule of glucose metabolized, whereas the other reactions each generates two ATP molecules for every glucose used.
So all cells uses ATP for this purpose and couple reactions such as glycolysis to the synthesis of ATP from ADP.....
It can also be said to be the splitting of sugar and this process results in the cleavage of the Hexose molecule into two 3-Carbon fragments.
The function of the occurence of this glycolysis in many cells is the conversion of carbohydrates to pyruvate.
Glycolysis gives two pyruvate molecules per glucose, in addition to two ATPs from the substrate-level phosphorylation and further four ATPs.
'An important function of the glycolysis is to synthesizf the ATP from the ADP'.
The first two reactions of each, uses an ATP for every molecule of glucose metabolized, whereas the other reactions each generates two ATP molecules for every glucose used.
So all cells uses ATP for this purpose and couple reactions such as glycolysis to the synthesis of ATP from ADP.....
GLYCOLYSIS
Glycolysis which is the path~way for the breakdown of carbohydrates is been found occuring in most animals and plants,likewise in many bacteria.
It can also be said to be the splitting of sugar and this process results in the cleavage of the Hexose molecule into two 3-Carbon fragments.
The function of the occurence of this glycolysis in many cells is the conversion of carbohydrates to pyruvate.
Glycolysis gives two pyruvate molecules per glucose, in addition to two ATPs from the substrate-level phosphorylation and further four ATPs.
'An important function of the glycolysis is to synthesizf the ATP from the ADP'.
The first two reactions of each, uses an ATP for every molecule of glucose metabolized, whereas the other reactions each generates two ATP molecules for every glucose used.
So all cells uses ATP for this purpose and couple reactions such as glycolysis to the synthesis of ATP from ADP.....
It can also be said to be the splitting of sugar and this process results in the cleavage of the Hexose molecule into two 3-Carbon fragments.
The function of the occurence of this glycolysis in many cells is the conversion of carbohydrates to pyruvate.
Glycolysis gives two pyruvate molecules per glucose, in addition to two ATPs from the substrate-level phosphorylation and further four ATPs.
'An important function of the glycolysis is to synthesizf the ATP from the ADP'.
The first two reactions of each, uses an ATP for every molecule of glucose metabolized, whereas the other reactions each generates two ATP molecules for every glucose used.
So all cells uses ATP for this purpose and couple reactions such as glycolysis to the synthesis of ATP from ADP.....
Subscribe to:
Posts (Atom)