testis - Globe Thesis - Globe Thesis

Keyword [testis] Result: 1 - 20 \| Page: 1 of 2
1.	A Study On The Effects Of Extremely Low Frequency Electromagnetic Fields On The Male Reproduction And Its Mechanism In Mice
2.	Effects Of Chronic Combined Cadmium Chloride And Nickel Vitriol On Seminiferous Tubules In Male Rat Testis
3.	Mechanism Of Beta-Cypermethrin Regulation On Male Mice Reproductive Function
4.	The Toxic Effects Of 3,4-dichloroaniline On The Reproductive System Of Male Rats
5.	Alterations In Testicular Histology And The MRNAs Of Enzymes Responsible For Sex Steroid Synthesis In The Zebrafish (Danio Rerio) Exposed To Nonyphenol And BisphenolA
6.	Effects Of Atrazine On Reproductive Development Of Zebrafish, Brachydanio Rerio
7.	Hesperetin Protects Against Lead-induced Liver, Kidney And Testis Toxicity In Rats
8.	Purification And Partial Characterization Of Cattle Hyaluronidase
9.	Bisphenol A Chinese Forest Frog Testis Of Aromatase And Star
10.	Of Nonylphenol On The Impact Of The Chinese Forest Frog Testis In Star
11.	Octylphenol Rana Testis P450c17 (of Cyp17) Expression
12.	Octylphenol On The Expression Of Star And Cyp19 In The Chinese Forest Frog Testis
13.	Effects Of Exposure To Nonylphenol Combined With Anti-estrogen Drugs On Spermatogenesis In Zebrafish (Danio Rerio)
14.	The Toxicity Of BPAF On Prepubertal Male Rat Testis
15.	Study On Mechanisms Of Testis Oxidative Injury And Apoptosis In Freshwater Crab (Sinopotamon Henanense) Induced By Cadmium
16.	Isolation, Characterization And Mechanism Of Hyaluronate Degrdation By Hyaluronidase From Yak(Bos Grunniens) Testis
17.	Characterization And Expression Analysis Of Metallothionein In The Testis Of A Marine Crab,Charybdis Japonica,Exposed To Cadmium
18.	Testis Following Exposure To Rana Chensinensis Octyl Phenol Subtractive Cdna Library Construction, And Analysis
19.	Study On The Effect Of Gold Nanoparticles In The Male Reproductive Toxicity And Male Contraception
20.	Application Of Bioinformatics In The Toxicology Of Fluoride And Antibiotic Resistance Of Water Environments Based On High-throughput Sequencing Technologies
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