1) HabaiJapanese large ears rabbit
哈白兔×日本大耳兔
1.
The chromosome karyotype of HabaiJapanese large ears rabbit F1 rearing in Qinghai Academy of Animal and Veterinary Science were studied by conventional cytogenetics technique.
采用常规细胞遗传学手段，对青海省畜牧兽医科学院饲养的哈白兔×日本大耳兔Ｆ１的染色体核型进行分析，结果表明，Ｆ１的染色体数目２ｎ＝４４，染色体臂数ＮＦ＝７８（♂）；常染色体类型１～７对为中着丝粒染色体（Ｍ），８～１０对为亚中着丝粒染色体（ＳＭ），１１～１６对为近端着丝粒染色体（ＳＴ），１７～２１对为端着丝粒染色体（Ｔ），性染色体Ｘ为亚中着丝粒染色体（ＳＭ），Ｙ为中着丝粒染色体（Ｍ），公兔核型式为４４，ＸＹ（♂）。
2) Japanese white rabbit
日本大耳白兔
1.
Study on optimal dietary crude protein level in Japanese white rabbits from weaning to 80-day old.;
断奶至80日龄日本大耳白兔日粮适宜粗蛋白水平研究
2.
[Method] The venous blood of Japanese white rabbits were determined for blood routine,such as WBC,RBC,HGB,et al using CD-1200 type of blood routine analyzer and blood gases,such as TCO2,PCO2,BEecf,et al using i-TAT blood gas analyzer.
[目的]使用新方法检测日本大耳白兔血常规及血气指标的正常值。
3) Japanese white rabbits
日本大耳白兔
1.
Makes use of four kinds of Japanese white rabbits were collected from Chinese country.
利用从全国范围内搜集的四个日本大耳白兔种源,建立四个基础群。
2.
In order to understand body weight and size development,32(16♀+16♂)and 45(25♀+20♂)Changchun closed colony Japanese white rabbits were used to research various growth indexes,including live body weight and live body length,ear length and ear width systematically.
为深入了解长春封闭群日本大耳白兔的生长发育规律,对32只(16♀,16♂)父母代长春封闭群日本大耳白兔及45只(25♀,20♂)自繁F1代日本大耳白兔生长发育阶段体重、体长、耳长及耳宽等生长指标进行了系统的测定与统计分析。
4) Japanese Giant Ear
日本大耳白兔
1.
Effects of Japanese Giant Ear Red Blood Cells on Lymphocyte Proliferation and NK Cell Activity;
日本大耳白兔红细胞调控淋巴细胞和NK细胞活性研究
2.
Studies on the Erythrocytic Immunofunctions in the Different Physiological Developmental Period of Japanese Giant Ear;
不同生理发育期日本大耳白兔红细胞免疫学研究
6) Changchun closed colony Japanese white rabbits
长春封闭群日本大耳白兔
1.
In order to establish the data bank of biological parameters of Changchun closed colony Japanese white rabbits,20(10[QX(Y15]♀+10[QX(Y15]♂) parental generation and20(10[QX(Y15]♀+10[QX(Y15]♂) filial generation of Changchun closed colony Japanese white rabbits were used to study various biological parameters.
为建立长春封闭群日本大耳白兔的生物学数据库,对20只(10♀+10♂)亲代长春封闭群日本大耳白兔及20只(10♀+10♂)自繁F代日本大耳白兔采用Sysmex KX-21N型全自动血球计数仪和美国产LX-20型全自动血液生化分析仪测定了RBC、HCT、MCV、MCH、MCHC、PLT、MPV、WBC、W-SCR、W-LCR10项血液有形成分和血红蛋白,以及AST、ALT、ALP、TP、ALB、BUN、D-BIL、Grea、TG、CHOL10项生化参数,并对其进行对比分析。
补充资料：矮兔耳草
形态特征:玄参科兔耳草属多年生矮小草本植物，高约5厘米。根状茎短小。茎1-2条，直立。基生叶3-5枚，叶柄扁平，长1.5-2厘米;叶片卵形至宽卵形，质地较厚，约与柄等长或较短，边缘有粗圆齿;茎生叶1-3枚，仅生于花序附近。6用开花，穗状花序头状至长圆形，长1-2.5厘米，花稠密;苞片倒卵形;花萼佛焰苞状，顶端伸出成浅2裂;花冠天蓝色或紫色，长约9-12毫米，花冠筒伸直，与唇部近等长;上唇长圆形，下唇与上唇近等长，2裂。
生境分布:生于海拔5150-5200米的山坡草地及多石砾的山坡上。分布于西藏。
生境分布:生于海拔5150-5200米的山坡草地及多石砾的山坡上。分布于西藏。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条