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how many of the same proteins are made at the same time by each ribosome in the translation of one mrna molecule how does consecutive protein
why do ribosomes move along mrna during translationduring translation the ribosome always exposes two mrna codons to be translated by moving along
why is the proximity between ribosomes and amino acids important for the protein formation what is the enzyme that catalyzes that reactionthe
how are amino acids brought to the cellular site where translation takes place what is an anticodonamino acids are brought to ribosomes by rna
what is the cellular structure to which mrna molecules bind to start the protein synthesisto make proteins mrna molecules of necessity associate to
what is the difference between transcription and translationtranscription is the name given to the formation of rna molecules from an open dna chain
where in eukaryotic cells does mrna synthesis occur to where do these molecules migratemessenger rna molecules are synthesized within the nucleus
which are the more abundant ribosomes in secretory cells - the free cytoplasmic ribosomes or those associated with the rough endoplasmic reticulum
what are some examples of human cells that produce proteins for exportation which cytoplasmic organelle is expected to be well-developed and abundant
how different are the location of ribosomes in eukaryotic and in prokaryotic cellsin prokaryotes ribosomes are create free in cytoplasm in eukaryotic
how are the concepts of dna gene proteins and characteristics of living beings relatedcharacteristics of organisms depend on chemical reactions that
which is the biological molecule that contains the genetic information that is transmitted hereditarily and controls the cellular functioningthe
what is the genetic codegenetic code is the key for the conversion of dna nucleotide sequences and therefore rna nucleotide sequences into amino
why can the consumption of molecular oxygen indicate the metabolic rate of aerobic organismsmolecular oxygen o2 consumption has direct relation to
until the krebs cycle aerobic respiration can be explained without mentioning oxygen the chemical element after which the reaction gets its name
how in the respiratory chain do electrons from fadh2 and nadh2 passing through cytochromes liberate energy for the atp synthesis what is this atp
what are cytochromescytochromes are proteins of the internal mitochondrial membrane that are specialized in electron transfer and participate in the
where in mitochondria does the process called respiratory chain happen which are the products of the krebs cycle used in that final phase of the
how many carbon dioxide molecules are liberated after each cycle of the krebs cycle for a single glucose how many carbon dioxide molecules were
what are the final energetic products of each round of the krebs cycle where is most part of the utile energy at the end of krebs cycle foundafter
why is the krebs cycle also called the final common pathway of the degradation of organic compoundsthe krebs cycle is known as the final common
why can it be said that each glucose molecule runs the krebs cycle twiceevery glucose molecule cycles the krebs cycle twice because after glycolysis
what is the official name of pyruvic acidpyruvic acid is 2-oxopropanoic acid it is thus a molecule made of three linearly bound carbons with one
what happens during aerobic respiration to the pyruvic acid molecules made by glycolysis what is the sequence of reactions that then followsthe
what is nad what is the role of the nad molecule in glycolysisnad nicotinamide adenine dinucleotide is a hydrogen acceptor essential as reductant to