Sandbox Reserved 703: Difference between revisions

No edit summary
No edit summary
Line 37: Line 37:
== '''Applications''' ==
== '''Applications''' ==


HPBP is the only known transporter capable of binding phosphate ions in human plasma [1].
HPBP is the only known transporter capable of binding phosphate ions in human plasma.
It may become a new predictor of or a potential therapeutic agent for phosphate-related diseases such as atherosclerosis [1], since we know that a high phosphate amount is linked to cardio-vascular diseases, by inducing atheromatous plaques (lipid sediments) in arteries.
It may become a new predictor of or a potential therapeutic agent for phosphate-related diseases such as atherosclerosis, since we know that a high phosphate amount is linked to cardio-vascular diseases, by inducing atheromatous plaques (lipid sediments) in arteries.


On the other hand, scientists were able to demonstrate a connexion between HPBP and HIV-1 gene transcription. The data proved that HPBP blocks HIV1-LTR (Long Terminal Repeats) promoted expression and replication, preventing HIV1 virus to multiply. It also works on mutant HIV strains. This discovery opens up a new drug research field, which could be explored in order to find an innovative HIV-treatment.<ref>PMID:21762475</ref>
On the other hand, scientists were able to demonstrate a connexion between HPBP and HIV-1 gene transcription. The data proved that HPBP blocks HIV1-LTR (Long Terminal Repeats) promoted expression and replication, preventing HIV1 virus to multiply. It also works on mutant HIV strains. This discovery opens up a new drug research field, which could be explored in order to find an innovative HIV-treatment.<ref>PMID:21762475</ref>

Proteopedia Page Contributors and Editors (what is this?)Proteopedia Page Contributors and Editors (what is this?)

OCA, Christine Ponkratz