畜牧与饲料科学
畜牧與飼料科學
축목여사료과학
ANIMAL HUSBANDRY AND FEED SCIENCE
2011年
9期
65-67,71
,共4页
王秀美%考桂兰%侯先志%高爱武%杨苗%杨银芬
王秀美%攷桂蘭%侯先誌%高愛武%楊苗%楊銀芬
왕수미%고계란%후선지%고애무%양묘%양은분
冻存%贴壁率%凋亡率%乳腺上皮细胞
凍存%貼壁率%凋亡率%乳腺上皮細胞
동존%첩벽솔%조망솔%유선상피세포
cryopreservation%adhering rate%apoptosis rate%mammary epithelial cell
试验研究了北方地区黑白花奶牛乳腺上皮细胞的最佳冻存方法。采用内蒙古地区健康黑白花奶牛的新鲜乳腺组织,将组织进行Ⅱ型胶原酶消化后原代培养,培养的细胞经5代纯化后将密度调整为1×106个/mL。采用6种处理方法进行冻存,各设3个重复。液氮冻存1个月后,分别将6种不同方法冻存的细胞复苏后测定细胞活性,包括冻存死亡率、贴壁细胞占活细胞的比率、凋亡率等,同时进行形态学观察。结果显示,处理1组与2、3、5组间冻存死亡率存在极显著差异(P〈0.01),处理1、4、6组间冻存死亡率无显著差异(P〉0.05),处理2、6组间冻存死亡率存在极显著差异(P〈0.01);处理4组的贴壁率高于处理2、5、6组,存在极显著差异(P〈0.01)。形态学观察结果发现,处理1、4组细胞较其他组生长状态良好。因此,处理4可作为黑白花奶牛乳腺上皮细胞的最佳冻存方法。
試驗研究瞭北方地區黑白花奶牛乳腺上皮細胞的最佳凍存方法。採用內矇古地區健康黑白花奶牛的新鮮乳腺組織,將組織進行Ⅱ型膠原酶消化後原代培養,培養的細胞經5代純化後將密度調整為1×106箇/mL。採用6種處理方法進行凍存,各設3箇重複。液氮凍存1箇月後,分彆將6種不同方法凍存的細胞複囌後測定細胞活性,包括凍存死亡率、貼壁細胞佔活細胞的比率、凋亡率等,同時進行形態學觀察。結果顯示,處理1組與2、3、5組間凍存死亡率存在極顯著差異(P〈0.01),處理1、4、6組間凍存死亡率無顯著差異(P〉0.05),處理2、6組間凍存死亡率存在極顯著差異(P〈0.01);處理4組的貼壁率高于處理2、5、6組,存在極顯著差異(P〈0.01)。形態學觀察結果髮現,處理1、4組細胞較其他組生長狀態良好。因此,處理4可作為黑白花奶牛乳腺上皮細胞的最佳凍存方法。
시험연구료북방지구흑백화내우유선상피세포적최가동존방법。채용내몽고지구건강흑백화내우적신선유선조직,장조직진행Ⅱ형효원매소화후원대배양,배양적세포경5대순화후장밀도조정위1×106개/mL。채용6충처리방법진행동존,각설3개중복。액담동존1개월후,분별장6충불동방법동존적세포복소후측정세포활성,포괄동존사망솔、첩벽세포점활세포적비솔、조망솔등,동시진행형태학관찰。결과현시,처리1조여2、3、5조간동존사망솔존재겁현저차이(P〈0.01),처리1、4、6조간동존사망솔무현저차이(P〉0.05),처리2、6조간동존사망솔존재겁현저차이(P〈0.01);처리4조적첩벽솔고우처리2、5、6조,존재겁현저차이(P〈0.01)。형태학관찰결과발현,처리1、4조세포교기타조생장상태량호。인차,처리4가작위흑백화내우유선상피세포적최가동존방법。
The effects of different cryopreservation methods of Holstein cow mammary epithelial cells on its viability were studied. Primary bovine mammary epithelial cells were passing five generations and adjusting the cell density to 1×106 cells/mL,and then being cryopreserved by 6 different methods.The viability of cells including mortality,adhering dish rate,apoptosis rate was measured after being recovered.The results showed that the death rate of cell being cryopreserved by treatments 2,3,5 was significantly different from treatment 1(P0.01).Whereas no significant difference was found among treatments 1,4 and 6(P 0.05).There was significantly different for death rate of cryopreserved cell between treatment 2 and 6(P0.01).Adhering rate of cryopreserved cell from treatment 4 was significantly higher than treatment 2,5 and 6(P0.01).Cell growth state of treatment 1 and 4 were better than others. The results indicated that the treatment 4 was the best cryopreservation method in this study.