Best Protein Synthesis Quotes

"This can instantly increase protein synthesis and decrease protein breakdown."

"So if your body has to make 100 times more replacement proteins and then have to deal with all of that, it's going to fail."

"So hydration is fluid if you hydrate a cell you get an increase in protein synthesis and a decrease in protein breakdown that is a hypertrophic home run."

"Ribosomes are where information turns into proteins."

"So you've got this balance thing going on where protein in the liver is constantly being made where protein in the muscle is only getting made associated with meals."

"The muscle protein synthetic response following ingestion of the more traditional omnivorous meal was 47% greater when compared with the vegan meal."

"Omega-3s increased protein synthesis, so you have good quality meat or good quality line-caught fish that's high omega-3, you're going to get more protein synthesis out of it."

"Leucine in and of itself has the properties to stimulate all of the key proteins in this path."

"Leucine triggers robust muscle protein synthesis."

"Muscles and tendons require adequate protein."

"Dilucine peptide increases protein synthesis by up to 40% more than leucine by itself."

"Translation turns mRNA into protein, allowing cells to carry out important functions."

"Number four... EAAs can provide a large and rapid spike in muscle protein synthesis which is greater than that which you'd get from regular dietary protein."

"Viruses are using the host cell and all the information the host cell contains to make proteins."

"So you take the gene, you've made a copy of it in RNA which is identical except instead of using Ts you use As, yeah use rather. So AUG means methionine, CGU means arginine, UGC means cysteine. You keep going until you get a stop codon and that brings you to the end."

"The machine in the cell that drives the synthesis of protein is called the ribosome. It is basically a very large complex of proteins and RNA."

"The DNA codes for the making of proteins."

"We're trying to make something that's basically like autocomplete, but for proteins."

"Chromatin is the active form of DNA where it's actively being used to make proteins."

"Translation is the second stage and all elements needed to synthesize protein are brought together at the ribosome."

"Termination begins when a stop codon appears in the A site."

"I am 100% convinced that if you create the reason for your body to synthesize protein in your muscle through the training, it's gonna synthesize. Guarantee you're not gonna lack any of the amino acids."

"The DNA never leaves the nucleus, but the purpose of DNA is to make proteins."

"DNA directs the cell's activities and is important for providing instructions for protein synthesis."

"Protein synthesis happens in two major steps: the first is transcription and the second is translation."

"Protein synthesis actually happens inside of the ribosomes."

"Muscle protein synthesis isn't the end all be all, but we know that over a period of time, as you continue to stimulate it and you get enough amino acids and enough protein, you begin to lay down tissue."

"The RNA polymerase is going to read the DNA and copy down the instructions for how to make a protein on a strand of messenger RNA."

"Translation is the next step; we've got our instructions that we took from the nucleus in the form of messenger RNA."

"The ribosome will dock itself on the messenger RNA strand... and he's going to ask, 'Are there any anticodons that match with this first codon?'"

"When subjects consumed whey protein, they had a 68 percent increase in muscle protein synthesis right after they took it."

"RNA carries out genetic instruction for synthesizing proteins."

"The ribosome is like a molecular protein factory."

"The ribosome is a giant machine that takes RNA in and then outputs protein."

"A single mRNA has the potential to give rise to multiple functional proteins."

"DNA makes RNA makes protein, but the loop closes; those proteins in fact control both RNA and DNA."

"DNA directs synthesis of mRNA and controls protein production."

"From the time that you have your DNA construct at hand, it can take you a week or so to generate your protein."

"We want to get to mRNA to make viral proteins and we want to duplicate our genome so that we can get that packaged and sent off to start infecting new hosts."

"16S ribosomal RNA is an essential component of the ribosome and of course the ribosome is important for translation of your proteins and without proteins, there is no life."

"Your DNA is the blueprint, and then your DNA is turned into RNA, which can then be translated into proteins."

"Gene expression is the process by which DNA directs protein synthesis."

"RNA is the bridge between DNA and protein synthesis."

"During elongation, amino acids are added one by one to the growing chain."

"Termination occurs when a stop codon in the mRNA reaches the ribosome."

"A gene is that segment of DNA that encodes just the specific functional product, which is primarily a protein."

"The messenger RNA provides the instructions for making new viral proteins including structural proteins and the viral enzymes."

"The secret of life is how we go from the DNA and the message found there to actually useable things like proteins."

"Specificity means that a particular type of codon will always signal the insertion of a particular type of amino acid."

"DNA is transcribed into RNA and then RNA is eventually translated into protein synthesis."

"Muscle growth is simply more protein synthesis than protein breakdown over a period of time."

"Protein synthesis is just the process by which DNA is translated and transcribed into proteins."

"It actually serves to regulate the messenger RNA that's going to build a protein."

"Why do they look so much like something that should be making a protein but acts as an RNA?"

"The great thing about RNA is, essentially it means you can create a protein, then that protein will essentially float off and do whatever it's got to do."

"The RNA is translated into protein."

"The genetic instructions for making a protein are written in the DNA form in the form of a gene."

"Eukaryotes mRNA is monocystronic; one mRNA molecule can only give you one protein."

"Zinc is required for protein synthesis and collagen formation."

"DNA determines RNA, RNA determines the type of proteins present in a cell."

"Once the gene has been transcribed, the single-stranded mRNA carries the directions on how to build a protein."

"The primary role of RNA is to deliver the genetic information necessary for the building of proteins from the nucleus to the ribosome."

"Silent mutations are mutations where there is no effect on the amino acid type and sequence in the protein."

"The rough endoplasmic reticulum is responsible for the production of proteins."

"The discovery of ribosomal RNAs that form the ribosome in living cells which is the organelle that is responsible for protein synthesis, hence extremely essential, was a turning point in our understanding in our ability to put life into a single tree."

"One by one, amino acids are linked together; we have a protein being built."

"Nucleic acids provide our genetic information and hold the instructions to make proteins."

"One strand of mRNA is being threaded through multiple ribosomes at a time."

"It's like one decoder strand that goes through a bunch of decoding machines to make the same copy of the same protein."

"The central dogma of molecular biology starts with DNA, and if DNA is present, it has a template to create an RNA strand, and if RNA is present, it has the instructions to create a protein."

"The process of creating a protein from the RNA instructions is called translation."

"Mitochondria... have their own DNA, their own ribosomes, and they can even make their own proteins."

"The sequence of nucleotides in the DNA determines the sequence of nucleotides in the RNA that determines the sequence of amino acids in a protein."

"Only 2% of our DNA is actually used for making proteins."

"We transcribe a message within the nucleus and then we send that message out to a ribosome where Transfer RNA meets up and completes the process of making a protein."

"A nonsense mutation is when we change a standard amino acid coding codon to a stop codon, and this ends the protein prematurely during translation, resulting in a truncated or shorter than normal protein."

"Weak hydrogen bonds... are breakable and that's really important for some processes that we are going to do later on, in particular DNA replication and protein synthesis."

"The function of a ribosome is to make protein."

"Each gene is an instruction for making one protein."

"Our genes are instructions for making proteins and determine whether we can make insulin, melanin, hemoglobin, glucagon, antibodies."

"Steroid hormones... eventually tell the DNA to produce a certain protein, and that protein goes to the cell surface."

"Amino acids are the building blocks and they're things that are going to help our body form almost all of our tissue."

"Whey protein specifically is the highest protein source of the specific amino acid leucine, which is primarily responsible for the activation and initiation of muscle protein synthesis."

"Muscle hypertrophy is ultimately the delta between protein degradation and new protein synthesis."

"The general sequence through which this happens is that we go from DNA, we go to RNA, and then we go to protein."

"RNA is essential to protein synthesis with DNA but RNA by itself is capable of both storing information and acting as a catalyst for protein synthesis."

"Your genetic code is the instructions for how to rearrange those amino acids that you absorb from whatever food you ate and to join them into human proteins."

"The average rate of translation is about 20 amino acids per second being made into protein."

"Translation is the process where we convert nucleic acid sequence information to protein sequence."