Start Discovering Solved Questions and Your Course Assignments
TextBooks Included
Active Tutors
Asked Questions
Answered Questions
nitrogen is needed mostly for the synthesis of amino acids and nucleotides sources of nitrogen can be obtain from organic as well as inorganic
thus animals store surplus carbohydrate as glycogen plants do so in form of starch starch is producing in the stroma of chloroplasts and stored there
many of the glyceraldehyde 3-phosphate produced by the calvin cycle in chloroplasts is exported to the cytosol and used to produce the disaccharide
cyanobacteria carry out photosynthesis using two photosystems as in green plants furthermore other photosynthetic bacteria like as the purple
sunlight is absorbed by chlorophyll molecules chlorophyll is a porphyrin in that nitrogen atoms are coordinated to a magnesium ion instance for
photosynthesis happens in algae green plants and photosynthetic bacteria its part is to catch solar energy and use this to drive the synthesis of
photosynthesis is a process used by plants and other organisms to change the light energy captured from the sun into chemical energy which can be
all of the electron carrier in the electron transport chain interact according to their redox potentials every time whereas an electron transfers
in eukaryotes the electron transport and oxidative phosphorylation occurs in the inner membrane of mitochondria these processes
many of the free energy free during the oxidation of glucose to co2 is retained in the decreasing coenzymes nadh and fadh2 producing while glycolysis
the intermediates in the cycle give precursors for various biosynthetic pathways an instance is as given below- from citrate synthesis of fatty
each of the three nadh molecules formed per turn of the cycle yields 3 atps and the one fadh2 yields 2 atps by oxidative phosphorylation whereas some
the citric acid cycle functions in the mitochondria of eukaryotes and in the cytosol of
the citric acid cycle also called as the tricarboxylic acid tca cycle or krebs cycle after its discoverer in the year of 1937 is used to oxidize the
the citric acid cycle also called as the tca cycle tricarboxylic acid cycle and the krebs cycle or the szent-gyoumlrgyi-krebs cycle is a series of
atherosclerosis the most common part of hardening of the arteries is characterized by the presence of cholesterol-rich arterial thickenings
hdls have the opposite function to that of ldls in which they deleted cholesterol from the tissues the hdls are synthesized in the blood mainly
chylomicrons the widest of the lipoproteins are synthesized in the intestine they including ingested triacylglycerols to other tissues mainly
triacylglycerols cholesterol and phospholipids are associatively insoluble in aqueous solution thus they are transported around the body in the blood
a lipoprotein is a biochemical assembly which haves both lipids and proteins bound to the proteins that allow fats to move by the water outside and
cholesterol can be gained either from the diet or it can be synthesized de novo mainly in the liver cholesterol is transported round the body in
bile salts or bile acids are polar derivatives of constitute and cholesterol the major pathway for the excretion of cholesterol in mammals in the
animals are able to synthesize cholesterol de novo by an elegant series of reactions in that all 27 carbon atoms of cholesterol are derived from
cholesterol is a steroid it is very significant constituentof cell membranes in mammals it modulates their fluidity cholesterol is also the
cholesterol from stereos solid and the greek chole- bile followed by the chemical suffix -ol for an alcohol is an organic chemical substance