heteromeric complex
异二聚体
forming heteromeric
形成异二聚体
heteromeric state
异二聚态
heteromeric interaction
异二聚体相互作用
detecting heteromeric
检测异二聚体
heteromeric assembly
异二聚体组装
heteromeric structures
异二聚体结构
with heteromeric
带有异二聚体的
heteromeric subunits
异二聚体亚基
observed heteromeric
观察到的异二聚体
the heteromeric complex exhibited enhanced stability compared to the homomeric form.
异构复合物比同构形式表现出更高的稳定性。
we investigated the formation of heteromeric interactions between the two subunits.
我们研究了两个亚基之间的异构相互作用的形成。
heteromeric protein complexes are often involved in signaling pathways.
异构蛋白复合物通常参与信号通路。
the heteromeric state of the receptor is crucial for its function.
受体的异构状态对其功能至关重要。
analysis revealed the presence of a novel heteromeric assembly.
分析显示存在一种新的异构组装体。
the heteromeric interaction was stabilized by the presence of zinc ions.
锌离子的存在稳定了异构相互作用。
formation of heteromeric structures can alter protein folding.
异构结构的形成会改变蛋白质折叠。
the heteromeric configuration is dependent on environmental conditions.
异构构型取决于环境条件。
we observed a shift towards the heteromeric form under high salt concentrations.
我们观察到在高盐浓度下向异构形式转移的趋势。
the heteromeric interaction is transient and dynamic.
异构相互作用是短暂的和动态的。
heteromeric assemblies can modulate enzyme activity.
异构组装体可以调节酶活性。
heteromeric complex
异二聚体
forming heteromeric
形成异二聚体
heteromeric state
异二聚态
heteromeric interaction
异二聚体相互作用
detecting heteromeric
检测异二聚体
heteromeric assembly
异二聚体组装
heteromeric structures
异二聚体结构
with heteromeric
带有异二聚体的
heteromeric subunits
异二聚体亚基
observed heteromeric
观察到的异二聚体
the heteromeric complex exhibited enhanced stability compared to the homomeric form.
异构复合物比同构形式表现出更高的稳定性。
we investigated the formation of heteromeric interactions between the two subunits.
我们研究了两个亚基之间的异构相互作用的形成。
heteromeric protein complexes are often involved in signaling pathways.
异构蛋白复合物通常参与信号通路。
the heteromeric state of the receptor is crucial for its function.
受体的异构状态对其功能至关重要。
analysis revealed the presence of a novel heteromeric assembly.
分析显示存在一种新的异构组装体。
the heteromeric interaction was stabilized by the presence of zinc ions.
锌离子的存在稳定了异构相互作用。
formation of heteromeric structures can alter protein folding.
异构结构的形成会改变蛋白质折叠。
the heteromeric configuration is dependent on environmental conditions.
异构构型取决于环境条件。
we observed a shift towards the heteromeric form under high salt concentrations.
我们观察到在高盐浓度下向异构形式转移的趋势。
the heteromeric interaction is transient and dynamic.
异构相互作用是短暂的和动态的。
heteromeric assemblies can modulate enzyme activity.
异构组装体可以调节酶活性。
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