E2 protein, including hypervariable region 1 (HVR1) in the N-terminal region, contains some epitopes that can induce neutralizing antibodies.
包括高变区的E2蛋白含有中和性抗原表位，能诱导机体产生中和性抗体。
After the tolerizing regimen, the host is withdrawn from the suppressive agents, but is able to maintain specific immune tolerance to the immunogenic epitopes present on the toleragen.
在致耐受方案后，将免疫抑制剂从宿主撤离，宿主仍能保持对存在于耐受原上的免疫原性表位的特异性免疫耐受。
The epitope on the virus is a target for the immune response.
病毒上的表位是免疫反应的靶标。
Researchers are studying the structure of the epitope to develop a vaccine.
研究人员正在研究表位的结构以开发疫苗。
Antibodies bind to specific epitopes on antigens to neutralize them.
抗体结合到抗原上特定的表位以中和它们。
Understanding the epitope-antibody interaction is crucial in immunology.
理解表位-抗体相互作用在免疫学中至关重要。
The epitope recognition by T cells triggers an immune response.
T细胞对表位的识别会引发免疫反应。
Epitope mapping helps identify regions of proteins that are recognized by antibodies.
表位映射有助于确定被抗体识别的蛋白质区域。
Vaccines are designed to stimulate the immune system to recognize specific epitopes.
疫苗被设计来刺激免疫系统识别特定的表位。
The mutation in the epitope can affect the effectiveness of a vaccine.
表位中的突变可能影响疫苗的有效性。
Epitope prediction tools are used to identify potential vaccine targets.
表位预测工具被用来识别潜在的疫苗靶点。
Epitope variability can pose challenges in developing vaccines against certain pathogens.
表位的变异性可能在开发针对某些病原体的疫苗时带来挑战。
E2 protein, including hypervariable region 1 (HVR1) in the N-terminal region, contains some epitopes that can induce neutralizing antibodies.
包括高变区的E2蛋白含有中和性抗原表位，能诱导机体产生中和性抗体。
After the tolerizing regimen, the host is withdrawn from the suppressive agents, but is able to maintain specific immune tolerance to the immunogenic epitopes present on the toleragen.
在致耐受方案后，将免疫抑制剂从宿主撤离，宿主仍能保持对存在于耐受原上的免疫原性表位的特异性免疫耐受。
The epitope on the virus is a target for the immune response.
病毒上的表位是免疫反应的靶标。
Researchers are studying the structure of the epitope to develop a vaccine.
研究人员正在研究表位的结构以开发疫苗。
Antibodies bind to specific epitopes on antigens to neutralize them.
抗体结合到抗原上特定的表位以中和它们。
Understanding the epitope-antibody interaction is crucial in immunology.
理解表位-抗体相互作用在免疫学中至关重要。
The epitope recognition by T cells triggers an immune response.
T细胞对表位的识别会引发免疫反应。
Epitope mapping helps identify regions of proteins that are recognized by antibodies.
表位映射有助于确定被抗体识别的蛋白质区域。
Vaccines are designed to stimulate the immune system to recognize specific epitopes.
疫苗被设计来刺激免疫系统识别特定的表位。
The mutation in the epitope can affect the effectiveness of a vaccine.
表位中的突变可能影响疫苗的有效性。
Epitope prediction tools are used to identify potential vaccine targets.
表位预测工具被用来识别潜在的疫苗靶点。
Epitope variability can pose challenges in developing vaccines against certain pathogens.
表位的变异性可能在开发针对某些病原体的疫苗时带来挑战。
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