国际生物制品学杂志
國際生物製品學雜誌
국제생물제품학잡지
INTERNATIONAL JOURNAL OF BIOLOGICALS
2015年
4期
166-168
,共3页
杨月莲%王亮%周锋%谢蕾%沈谊清%蒋樱%王伟%周翎乔
楊月蓮%王亮%週鋒%謝蕾%瀋誼清%蔣櫻%王偉%週翎喬
양월련%왕량%주봉%사뢰%침의청%장앵%왕위%주령교
细胞%消毒剂%酸性苯酚%碱性苯酚
細胞%消毒劑%痠性苯酚%堿性苯酚
세포%소독제%산성분분%감성분분
Cells%Disinfectants%Acid phenol%Alkaline phenol
目的:观察疫苗生产中使用的消毒剂酸性苯酚和碱性苯酚对M RC‐5细胞生长的影响。方法将酸性苯酚(0.37%)和碱性苯酚(0.74%)分别加入M RC‐5细胞培养瓶中,观察细胞生长形态,绘制细胞生长曲线,测定细胞贴壁率。分别采用 t检验和χ2检验对结果进行比较。结果加入酸性和碱性苯酚后,第7天的细胞数分别为6.65×105和7.12×105,与对照组(6.93×105)相比,差异无统计学意义(t=0.476,P=0.654;t=0.334,P=0.752);第8小时的细胞贴壁率分别为88.3%和96.0%,与对照组(90.3%)相比,差异亦无统计学意义(χ2=0.765,P=0.659;χ2=0.376,P=0.585)。结论微量酸性和碱性苯酚对M RC‐5细胞的生长没有显著影响。
目的:觀察疫苗生產中使用的消毒劑痠性苯酚和堿性苯酚對M RC‐5細胞生長的影響。方法將痠性苯酚(0.37%)和堿性苯酚(0.74%)分彆加入M RC‐5細胞培養瓶中,觀察細胞生長形態,繪製細胞生長麯線,測定細胞貼壁率。分彆採用 t檢驗和χ2檢驗對結果進行比較。結果加入痠性和堿性苯酚後,第7天的細胞數分彆為6.65×105和7.12×105,與對照組(6.93×105)相比,差異無統計學意義(t=0.476,P=0.654;t=0.334,P=0.752);第8小時的細胞貼壁率分彆為88.3%和96.0%,與對照組(90.3%)相比,差異亦無統計學意義(χ2=0.765,P=0.659;χ2=0.376,P=0.585)。結論微量痠性和堿性苯酚對M RC‐5細胞的生長沒有顯著影響。
목적:관찰역묘생산중사용적소독제산성분분화감성분분대M RC‐5세포생장적영향。방법장산성분분(0.37%)화감성분분(0.74%)분별가입M RC‐5세포배양병중,관찰세포생장형태,회제세포생장곡선,측정세포첩벽솔。분별채용 t검험화χ2검험대결과진행비교。결과가입산성화감성분분후,제7천적세포수분별위6.65×105화7.12×105,여대조조(6.93×105)상비,차이무통계학의의(t=0.476,P=0.654;t=0.334,P=0.752);제8소시적세포첩벽솔분별위88.3%화96.0%,여대조조(90.3%)상비,차이역무통계학의의(χ2=0.765,P=0.659;χ2=0.376,P=0.585)。결론미량산성화감성분분대M RC‐5세포적생장몰유현저영향。
Objective To investigate effect of acid phenol and alkaline phenol used in vaccine production as disinfectants on MRC‐5 cell growth .Methods Acid phenol(0 .37% ) and alkaline phenol (0 .74% )were added to MRC‐5 cell culture ,respectively .The morphology and growth curve of cells were observed ,and cell attachment rate determined .The results were compared using t‐test and χ2‐test . Results The number of MRC‐5 cells added with acid phenol (6 .65 × 105 ) and alkaline phenol (7 .12 × 105 ) had no difference from that of control cells (6 .93 × 105 ) at 7 d (t= 0 .476 ,P= 0 .654 ;t=0 .334 ,P=0 .752) .No difference of attachment rate was observed between the treated cells (88 .3%and 96 .0% ) and control cells (90 .3% ) at 8 h (χ2 = 0 .765 ,P= 0 .659 ;χ2 = 0 .376 ,P= 0 .585 ) . Conclusion Trace amount of acid and alkaline phenols has no significant effect on growth of MRC‐5 cells .