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在冷却或升温过程中,玻璃化溶液出现破裂不会影响冷冻保存的薄荷茎尖的生长。

Cracking in a vitrification solution during cooling or warming does not effect growth of cryopreserved mint shoot tips.

作者信息

Towill Leigh E, Bonnart Remi

机构信息

USDA-ARS National Center for Genetic Resources Preservation, Fort Collins, CO 80521, USA.

出版信息

Cryo Letters. 2003 Nov-Dec;24(6):341-6.

Abstract

No obvious decrease in viability or in the ability of mint shoot tips to develop into a shoot occurred during vitrification when the external glass cracked upon either cooling or warming. Samples within semen straws did not show a decrease in survival over three cycles of cooling and warming either in the presence or absence of cracking. No physical defects were visible in treated shoot tips. Cracking of the external glass formed from PVS2 did not obviously influence shoot tip survival in mint species.

摘要

当外部玻璃在冷却或升温时破裂,玻璃化过程中薄荷茎尖的活力或发育成茎的能力没有明显下降。无论有无破裂,精液细管内的样本在三个冷却和升温循环中存活率均未下降。处理过的茎尖没有可见的物理缺陷。由PVS2形成的外部玻璃破裂对薄荷属植物茎尖的存活没有明显影响。

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