Lipophorin: lipid-transfer protein in insect blood

Journal Title: Journal of Analytical Bio-Science - Year 2012, Vol 35, Issue 2

Abstract

Lipophorin is one of the major lipoproteins in insect blood. It contributes to the transportation of several lipid classes. Its particle weight is about 600 k with two apolipoproteins, apoLp-Ⅰ and -Ⅱ (MW=250 k and 80 k, respectively). It transports diacylglycerol from the fat body to the flight muscle. When adipokinetic hormone stimulates its transport, the third apolipoprotein, apoLp-Ⅲ, attaches to the surface of the lipophorin particle for the loading of more diacylglycerol. A three-layered lipophorin model is proposed.

Authors and Affiliations

Chihiro Katagiri

Keywords

Related Articles

Sleep quality and mental stress influence salivary melatonin concentrations

We compared different factors to explore an association between melatonin and sleep quality. In 26 healthy young women, we measured the salivary melatonin concentration, and used the Pittsburgh sleep quality index (PSQI)...

A study on simultaneous measurement method for both platelets and fragmented red cells using flow-cytometric immunoplatelet count

Simultaneous measurement of both platelets and fragmented red cells (FRCs) using the flow-cytometric immunoplatelet (CD41/CD61) count was attempted. FRCs were prepared artificially by heating. The ICSH/ISLH immunoplatele...

Enhancement of cytokine (IL-2, INF-γ) production in Th1 cells by crude protein extract of Equisetum arvense LINNE

We previously reported that the highest cell proliferation-inhibitory effect of a crude protein extract solution of Equisetum arvense LINNE (crude E. arvense protein) on cultured cells was noted in the group treated with...

Lipophorin: lipid-transfer protein in insect blood

Lipophorin is one of the major lipoproteins in insect blood. It contributes to the transportation of several lipid classes. Its particle weight is about 600 k with two apolipoproteins, apoLp-Ⅰ and -Ⅱ (MW=250 k and 80 k,...

Effects of the overdosage of mineral enriched yeast and gluconate as zinc and copper source on the Zn, Cu and Fe content in rat

Mineral enriched yeast or gluconate was used as zinc and copper source in test diets for rat. The quantity of zinc and copper addition assumed a reasonable standard (Zn: 30μg, Cu: 6μg/g diet) or high level (Zn: 100μg, Cu...

Download PDF file
  • EP ID EP92597
  • DOI -
  • Views 92
  • Downloads 0

How To Cite

Chihiro Katagiri (2012). Lipophorin: lipid-transfer protein in insect blood. Journal of Analytical Bio-Science, 35(2), 105-112. https://europub.co.uk/articles/-A-92597