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Results 1 - 10 of 177 for GLYCINE OR HISTIDINE OR PROLINE OR glutamine ACID OR THREONINE OR ASPARTIC ACID OR LYSINE OR VALINE OR PHENYLALANINE OR LEUCINE OR TYROSINE OR ISOLEUCINE OR TRYPTOPHAN OR METHIONINE OR SERINE OR ALANINE OR ARGININE
  1. ... characterized by elevated blood levels of the amino acid histidine, a building block of most proteins. Histidinemia is ... making an enzyme called histidase. Histidase breaks down histidine to a molecule called urocanic acid. Histidase is active (expressed) primarily in the liver ...
  2. ... the pro-alpha1(II) chain. Specifically, the amino acid glycine is replaced with a different amino acid at ... the pro-alpha1(II) chain. Specifically, the amino acid glycine is replaced with a different amino acid at ...
  3. ... IV collagen. Specifically, the mutations replace the amino acid glycine with a different amino acid at one of ... IV collagen. Specifically, the mutations replace the amino acid glycine with a different amino acid at one of ...
  4. ... replaces the amino acid arginine with the amino acid glycine at protein position 1441 (written as Arg1441Gly or ... s disease cases. This mutation replaces the amino acid glycine with the amino acid serine at protein position ...
  5. ... formation (synthesis) of the protein building block (amino acid) proline.The formation of proline is a multi-step ... converts the amino acid glutamate to the amino acid proline. The P5CS protein carries out the first step ...
  6. ... excess of a particular protein building block (amino acid), called proline, in the blood. This condition generally occurs when ... the previous reaction, converting it to the amino acid glutamate. The conversion of proline to glutamate (and the conversion of glutamate to ...
  7. ... cases of Costello syndrome; it replaces the amino acid glycine with the amino acid serine at protein position ... protein. The most common mutation replaces the amino acid glycine with the amino acid valine at protein position ...
  8. ... pro-α1(I) chain, usually replacing the amino acid glycine with a different amino acid. In some cases, ... described above). These mutations usually replace the amino acid glycine with a different amino acid in the pro- ...
  9. ... formation (synthesis) of the protein building block (amino acid) proline.The formation of proline is a multi-step ... converts the amino acid glutamate to the amino acid proline. The PYCR1 protein carries out the last step ...
  10. ... A common amino acid substitution replaces the amino acid histidine with the amino acid glutamine at position 1069 in the protein (written as His1069Gln or H1069Q). This particular mutation occurs in nearly 40 percent ... replaces the amino acid arginine with the amino acid leucine at position ...
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