For selective isolation of enteropathogenic bacteria,especially for Salmonella spp and Shigella spp.

用于肠道致病特别是沙门和志贺的选择性分离培养。

Using a self-made strong selective broth (Phage-Novobiocin-Tetrathionate Broth.PNT)for Salmonella, we establish a PNT -PCR method for detection of the bactria in food.

本文将自行研制的一种沙门选择性增液PNT与PCR技术相结合,建立了快速、特异、敏感地检测食中沙门的PNT—PCR技术。

By comparing the DNA of Salmonella serovar Typhimurium DT104 with the known DNA code of another Salmonella strain, Hermans found new DNA fragments in DT104.

Hermans将DT104的DNA与已知的另一种沙门株的DNA密码发现了DT104的新的DNA片段。

CONCLUSION: Base pair substitution mutation and frame shift mutation were caused by folpet in Ames test.And DNA breakage in human PMNC might be induced by folpet.

灭丹可引起鼠伤寒沙门碱基置换和移码突变，并可能损伤人外周血淋巴细胞DNA的完整性。

For selective isolation of enteropathogenic bacteria,especially for Salmonella spp and Shigella spp.

用于肠道致病特别是沙门和志贺的选择性分离培养。

Using a self-made strong selective broth (Phage-Novobiocin-Tetrathionate Broth.PNT)for Salmonella, we establish a PNT -PCR method for detection of the bactria in food.

本文将自行研制的一种沙门强选择性PNT与PCR技术相结合,建立了快速、特异、敏感地检测食中沙门的PNT—PCR技术。

By comparing the DNA of Salmonella serovar Typhimurium DT104 with the known DNA code of another Salmonella strain, Hermans found new DNA fragments in DT104.

Hermans将DT104的DNA与已知的另一种沙门的DNA密码作比较发现了DT104的新的DNA片段。

CONCLUSION: Base pair substitution mutation and frame shift mutation were caused by folpet in Ames test.And DNA breakage in human PMNC might be induced by folpet.

灭丹可引起鼠伤寒沙门碱基置换和移码突变，并可能损伤人外周血淋巴细胞DNA的完整性。

For selective isolation of enteropathogenic bacteria,especially for Salmonella spp and Shigella spp.

用于肠道致病特别是沙门氏和志贺氏的选择性分离培养。

Using a self-made strong selective broth (Phage-Novobiocin-Tetrathionate Broth.PNT)for Salmonella, we establish a PNT -PCR method for detection of the bactria in food.

自行研制的一种沙门氏强选择性增液PNT与PCR技术相结合,建立了快速、特异、敏感地检测食中沙门氏的PNT—PCR技术。

By comparing the DNA of Salmonella serovar Typhimurium DT104 with the known DNA code of another Salmonella strain, Hermans found new DNA fragments in DT104.

HermansDT104的DNA与已知的另一种沙门氏株的DNA密码作比较发现了DT104的新的DNA片段。

CONCLUSION: Base pair substitution mutation and frame shift mutation were caused by folpet in Ames test.And DNA breakage in human PMNC might be induced by folpet.

灭引起鼠伤寒沙门氏碱基置换和移码突变，并能损伤人外周血淋巴细胞DNA的完整性。

For selective isolation of enteropathogenic bacteria,especially for Salmonella spp and Shigella spp.

用于肠道致病菌特别是沙门氏菌和志贺氏菌选择性分离培养。

Using a self-made strong selective broth (Phage-Novobiocin-Tetrathionate Broth.PNT)for Salmonella, we establish a PNT -PCR method for detection of the bactria in food.

本文将自行一种沙门氏菌强选择性增菌液PNT与PCR技术相结合,建立了快速、特异、敏感地检测食中沙门氏菌PNT—PCR技术。

By comparing the DNA of Salmonella serovar Typhimurium DT104 with the known DNA code of another Salmonella strain, Hermans found new DNA fragments in DT104.

Hermans将DT104DNA与已知另一种沙门氏菌株DNA密码作比较发现了DT104DNA段。

CONCLUSION: Base pair substitution mutation and frame shift mutation were caused by folpet in Ames test.And DNA breakage in human PMNC might be induced by folpet.

灭菌丹可引起鼠伤寒沙门氏菌碱基置换和移码突变，并可能损伤人外周血淋巴细胞DNA完整性。

For selective isolation of enteropathogenic bacteria,especially for Salmonella spp and Shigella spp.

用于肠道致病菌特门氏菌和志贺氏菌的选择性分离培养。

Using a self-made strong selective broth (Phage-Novobiocin-Tetrathionate Broth.PNT)for Salmonella, we establish a PNT -PCR method for detection of the bactria in food.

本文将自行研制的一种门氏菌强选择性增菌液PNT与PCR技术相结合,建立了快速、特异、敏感地检测食中门氏菌的PNT—PCR技术。

By comparing the DNA of Salmonella serovar Typhimurium DT104 with the known DNA code of another Salmonella strain, Hermans found new DNA fragments in DT104.

Hermans将DT104的DNA与已知的另一种门氏菌株的DNA密码作比较发现了DT104的新的DNA片段。

CONCLUSION: Base pair substitution mutation and frame shift mutation were caused by folpet in Ames test.And DNA breakage in human PMNC might be induced by folpet.

灭菌丹可引起鼠伤寒门氏菌碱基置换和移码，可能损伤人外周血淋巴细胞DNA的完整性。

For selective isolation of enteropathogenic bacteria,especially for Salmonella spp and Shigella spp.

用于肠道致病菌特别是菌和志贺菌的选择性分离培养。

Using a self-made strong selective broth (Phage-Novobiocin-Tetrathionate Broth.PNT)for Salmonella, we establish a PNT -PCR method for detection of the bactria in food.

本文将自行研制的一种菌强选择性增菌PNTPCR术相结合,建立了快速、特异、敏感地检测食中菌的PNT—PCR术。

By comparing the DNA of Salmonella serovar Typhimurium DT104 with the known DNA code of another Salmonella strain, Hermans found new DNA fragments in DT104.

Hermans将DT104的DNA已知的另一种菌株的DNA密码作比较发现了DT104的新的DNA片段。

CONCLUSION: Base pair substitution mutation and frame shift mutation were caused by folpet in Ames test.And DNA breakage in human PMNC might be induced by folpet.

灭菌丹可引起鼠伤寒菌碱基置换和移码突变，并可能损伤人外周血淋巴细胞DNA的完整性。

For selective isolation of enteropathogenic bacteria,especially for Salmonella spp and Shigella spp.

用于肠道致病菌特别是沙门氏菌和志贺氏菌的选择培养。

Using a self-made strong selective broth (Phage-Novobiocin-Tetrathionate Broth.PNT)for Salmonella, we establish a PNT -PCR method for detection of the bactria in food.

本文将自行研制的一种沙门氏菌强选择增菌液PNT与PCR技术相结合,建立了快速、特异、敏感地检测食中沙门氏菌的PNT—PCR技术。

By comparing the DNA of Salmonella serovar Typhimurium DT104 with the known DNA code of another Salmonella strain, Hermans found new DNA fragments in DT104.

Hermans将DT104的DNA与已知的另一种沙门氏菌株的DNA密码作比较发现了DT104的新的DNA片段。

CONCLUSION: Base pair substitution mutation and frame shift mutation were caused by folpet in Ames test.And DNA breakage in human PMNC might be induced by folpet.

灭菌丹可引起沙门氏菌碱基置换和移码突变，并可能损人外周血淋巴细胞DNA的完整。

For selective isolation of enteropathogenic bacteria,especially for Salmonella spp and Shigella spp.

用致病菌特别是沙门氏菌和志贺氏菌的选择性分离培养。

Using a self-made strong selective broth (Phage-Novobiocin-Tetrathionate Broth.PNT)for Salmonella, we establish a PNT -PCR method for detection of the bactria in food.

本文将自行研制的一种沙门氏菌强选择性增菌液PNT与PCR技术相结合,建立了快速、特异、敏感地检测食中沙门氏菌的PNT—PCR技术。

By comparing the DNA of Salmonella serovar Typhimurium DT104 with the known DNA code of another Salmonella strain, Hermans found new DNA fragments in DT104.

Hermans将DT104的DNA与已知的另一种沙门氏菌株的DNA密码作比较发现了DT104的新的DNA片段。

CONCLUSION: Base pair substitution mutation and frame shift mutation were caused by folpet in Ames test.And DNA breakage in human PMNC might be induced by folpet.

灭菌丹可引起鼠伤寒沙门氏菌碱基置换和移码突变，并可能损伤血淋巴细胞DNA的完整性。

For selective isolation of enteropathogenic bacteria,especially for Salmonella spp and Shigella spp.

用于肠道致病菌特别是氏菌和志贺氏菌的选择性分离培养。

Using a self-made strong selective broth (Phage-Novobiocin-Tetrathionate Broth.PNT)for Salmonella, we establish a PNT -PCR method for detection of the bactria in food.

本文将自行研制的一种氏菌强选择性增菌液PNT与PCR技术相结合,建立了快速、特异、敏感地氏菌的PNT—PCR技术。

By comparing the DNA of Salmonella serovar Typhimurium DT104 with the known DNA code of another Salmonella strain, Hermans found new DNA fragments in DT104.

Hermans将DT104的DNA与已知的另一种氏菌株的DNA密码作比较发现了DT104的新的DNA片段。

CONCLUSION: Base pair substitution mutation and frame shift mutation were caused by folpet in Ames test.And DNA breakage in human PMNC might be induced by folpet.

灭菌丹可引起鼠伤寒氏菌碱基置换和移码突变，并可能损伤人外周血淋巴细胞DNA的完整性。