Answer: The came around the 10th or the vikings did. Now christopher columbus came around 14th 15th century and is more famous due to the timing in history.
Disulfide bridges can be found in tertiary and quaternary structure levels of protein organization.
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What does a disulfide bridge in a protein do and what is its function?</h3><h3>
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Disulfide bonds or S-S bonds are other names for disulfide bridges. The establishment of these covalent bonds, which are formed between the sulfur atoms of two cysteine amino acids, stabilizes the tertiary and higher-order structure of proteins.
A frequent method utilized by nature to stabilize many proteins is the formation of disulfide bridges. These disulfide linkages are frequently observed in extracellular proteins that cells produce. The endoplasmic reticulum, an organelle, is where disulfide bridges are formed in eukaryotic species. When numerous proteins enter the secretory route for folding, disulfide linkages are formed between cysteine residues.
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Pretty sure that the executive branch is not divided up into 15 sections. There are countless sections in the branch. It is the largest of the three branches.
Answer: a sequence pattern
Explanation:
Data mining is the process of discovering unknown patterns in large amount of data. Data mining helps in developing smarter marketing campaigns and to predict customer loyalty.
Data mining reveals clusters where three or more database elements occur.
There are two types data mining namely; supervised data mining and unsupervised data mining.
In supervised data mining; it begins with user telling the data mining software to test for specific pattern in a data set.
Unsupervised data mining software is good at recognizing sequence, affinity and predictive pattern.
