New Zealand Rabbits: Top KOLs in the world
Optimized Preparation Of Vinpocetine Proliposomes By A Novel Method And In Vivo...
Free-flowing proliposomes which contained vinpocetine were prepared successfully to increase the oral bioavailability of vinpocetine. In this study the proliposomes were prepared by a novel ...
| star star star star star |
| Known for Vivo Evaluation | Optimized Preparation | New Zealand Rabbits | Oral Bioavailability | Vinpocetine Suspension |
An Animal Model For Hemolytic Disease Of The Fetus And Newborn Ii. Fetal Effects...
OBJECTIVE: The addition of ultrasonography and ultrasonographically directed fetal blood sampling was attempted in an effort to study the fetal effects of red blood cell alloimmunization in a ...
| star star star star star |
| Known for Hemolytic Disease | New Zealand | Animal Erythroblastosis | Fetal Blood | Homozygous Buck |
Three-Dimensional Reconstruction Of Multidetector Computed Tomography Images Of...
| star star star star star |
| Known for New Zealand | Paranasal Sinuses | Computed Tomography | Dimensional Reconstruction |
Silencing Of P2y2 Receptors Reduces Intraocular Pressure In New Zealand Rabbits
.. of New Zealand rabbits, and the changes in IOP were followed for up to 6 h. Cloning of the P2Y(2) receptor cDNA was done using a combination of degenerate reverse transcription PCR ...
| star star star star star_half |
| Known for Intraocular Pressure | P2y2 Receptor | New Zealand | Purinergic P2y | Experimental Approach |
Normal Hdl–apo Ai Turnover And Cholesterol Enrichment Of Hdl Subclasses In New...
OBJECTIVE: The kidney has been proposed to play a central role in apo AI catabolism, suggesting that HDL structure is determined, at least in part, by this organ. Here, we aimed at determining ...
| star star star star star_border |
| Known for Hdl Subclasses | Apo Turnover | Zealand Rabbits | Ester Transfer | Kinetics Lipids |
