KGF can specifically stimulate the epithelial mitogenesis and regulate the interaction of mesenchyma and epithelia,so it has broad biological functions.

角质细胞生长因子能特异性刺激上皮细胞有丝分裂,调节间质-上皮相互用,有广泛的生物学功能。

They are not only synergic in biologic activities but also interactive in molecularity,which is regulated by the genes of virulence island.

各毒力因子不仅在生物学活性上具有协同用,而且在分子水平上也是相互影响,受毒力岛上调控基因调节。

Double-frequency cipher can solve the problem of multimachine mutual interference fairly good by handling the remote control and autocorrection of welding current.

采用“双频密码”方式解决焊接电流的远程调节及自动修正，较好地处理了多机相互干扰问。

KGF can specifically stimulate the epithelial mitogenesis and regulate the interaction of mesenchyma and epithelia,so it has broad biological functions.

角质细胞生长因子能特异性刺激细胞有丝分裂,调节间质-互用,有广泛的生物学功能。

They are not only synergic in biologic activities but also interactive in molecularity,which is regulated by the genes of virulence island.

各毒力因子不仅在生物学活性具有协同用,而且在分子水平也是互影响,受毒力岛调控基因调节。

Double-frequency cipher can solve the problem of multimachine mutual interference fairly good by handling the remote control and autocorrection of welding current.

采用“双频”式解决焊接电流的远程调节及自动修正，较好地处理了多机互干扰问题。

KGF can specifically stimulate the epithelial mitogenesis and regulate the interaction of mesenchyma and epithelia,so it has broad biological functions.

角质细胞长因子能特异性刺激上皮细胞有丝分裂,节间质-上皮相互用,有广泛的功能。

They are not only synergic in biologic activities but also interactive in molecularity,which is regulated by the genes of virulence island.

各毒力因子不仅在活性上具有协同用,而且在分子水平上也是相互影响,受毒力岛上因节。

Double-frequency cipher can solve the problem of multimachine mutual interference fairly good by handling the remote control and autocorrection of welding current.

采用“双频密码”方式解决焊接电流的远程节及自动修正，较好地处理了多机相互干扰问题。

KGF can specifically stimulate the epithelial mitogenesis and regulate the interaction of mesenchyma and epithelia,so it has broad biological functions.

角质细胞长因子能特异性刺激上皮细胞有丝分裂,节间质-上皮相互用,有广泛的功能。

They are not only synergic in biologic activities but also interactive in molecularity,which is regulated by the genes of virulence island.

各毒力因子不仅在活性上具有协同用,而且在分子水平上也是相互影响,受毒力岛上因节。

Double-frequency cipher can solve the problem of multimachine mutual interference fairly good by handling the remote control and autocorrection of welding current.

采用“双频密码”方式解决焊接电流的远程节及自动修正，较好地处理了多机相互干扰问题。

KGF can specifically stimulate the epithelial mitogenesis and regulate the interaction of mesenchyma and epithelia,so it has broad biological functions.

角质细胞生长因子能特异性刺细胞有丝分裂,间质-相互用,有广泛的生物学功能。

They are not only synergic in biologic activities but also interactive in molecularity,which is regulated by the genes of virulence island.

各毒力因子不仅在生物学活性具有协同用,而且在分子水平也是相互影响,受毒力岛控基因。

Double-frequency cipher can solve the problem of multimachine mutual interference fairly good by handling the remote control and autocorrection of welding current.

采用“双频密码”方式解决焊接电流的远程自动修正，较好地处理了多机相互干扰问题。

KGF can specifically stimulate the epithelial mitogenesis and regulate the interaction of mesenchyma and epithelia,so it has broad biological functions.

角质细胞生长因能特异刺激上皮细胞有丝分裂,调节间质-上皮相互用,有广泛的生物功能。

They are not only synergic in biologic activities but also interactive in molecularity,which is regulated by the genes of virulence island.

各毒力因不仅在生物上具有协同用,而且在分上也是相互影响,受毒力岛上调控基因调节。

Double-frequency cipher can solve the problem of multimachine mutual interference fairly good by handling the remote control and autocorrection of welding current.

采用“双频密码”方式解决焊接电流的远程调节及自动修正，较好地处理了多机相互干扰问题。

KGF can specifically stimulate the epithelial mitogenesis and regulate the interaction of mesenchyma and epithelia,so it has broad biological functions.

胞生长因子能特异性刺激上皮胞有丝分裂,调节间-上皮互用,有广泛的生物学功能。

They are not only synergic in biologic activities but also interactive in molecularity,which is regulated by the genes of virulence island.

各毒力因子不仅在生物学活性上具有协同用,而且在分子水平上也是互影响,受毒力岛上调控基因调节。

Double-frequency cipher can solve the problem of multimachine mutual interference fairly good by handling the remote control and autocorrection of welding current.

采用“双频密码”方式解决焊接电流的远程调节及自动修正，较好地处理了互干扰问题。

KGF can specifically stimulate the epithelial mitogenesis and regulate the interaction of mesenchyma and epithelia,so it has broad biological functions.

角细胞生长因子能特异性刺激细胞有丝分裂,调节间-相互用,有广泛的生物学功能。

They are not only synergic in biologic activities but also interactive in molecularity,which is regulated by the genes of virulence island.

各毒力因子不仅在生物学活性具有协同用,而且在分子水平也是相互影响,受毒力岛调控基因调节。

Double-frequency cipher can solve the problem of multimachine mutual interference fairly good by handling the remote control and autocorrection of welding current.

采用“双频密”解决焊接电流的远程调节及自动修正，较好地处理了多机相互干扰问题。

KGF can specifically stimulate the epithelial mitogenesis and regulate the interaction of mesenchyma and epithelia,so it has broad biological functions.

角质细胞生能特异性刺激上皮细胞有丝分裂,调节间质-上皮相互用,有广泛的生物学功能。

They are not only synergic in biologic activities but also interactive in molecularity,which is regulated by the genes of virulence island.

各毒力不仅在生物学活性上具有协同用,而且在分水平上也是相互影响,受毒力岛上调控基调节。

Double-frequency cipher can solve the problem of multimachine mutual interference fairly good by handling the remote control and autocorrection of welding current.

采用“双频密码”方式解决焊接电流的远程调节及自动修正，较理了多机相互干扰问题。

KGF can specifically stimulate the epithelial mitogenesis and regulate the interaction of mesenchyma and epithelia,so it has broad biological functions.

角质细胞生长能特异性刺激上皮细胞有丝分裂,调节间质-上皮相互用,有广泛的生物学功能。

They are not only synergic in biologic activities but also interactive in molecularity,which is regulated by the genes of virulence island.

各毒不仅在生物学活性上具有协同用,而且在分水平上也是相互,毒岛上调控基调节。

Double-frequency cipher can solve the problem of multimachine mutual interference fairly good by handling the remote control and autocorrection of welding current.

采用“双频密码”方式解决焊接电流的远程调节及自动修正，较好地处理了多机相互干扰问题。