The burns were disinfected with 0.1% of bromogeramine before recombinant human fibroblast growth factor gel was applied.

同时做好心、官的、康复指导等。

Objective: To investigate the ghrombolytic effect of recombinant staphylokinase on caroid artery thrombus in rabbits.

探讨重葡激酶对颈动脉血栓的溶栓作用。

The recombinant AHA and ZOA had the same agglutination activities towards rabbit red cells as the native AHA and ZOA isolated from the plants.

植物中提取了天然的AHA和ZOA，作为对照进行了凝血活性实验。

A recombinant HGP44 inhibited HIV-1 replication at a 50% effective concentration of approximately 2.5 micromolar, the researchers note, somewhat less potently than did P. gingivalis extracts.

研究者重HGP44酶在约2.5微克分子的50%有效浓度时能抑制HIV-1复制，然而重HGP44比直接牙龈卟啉菌中提取的有效性略低。

The burns were disinfected with 0.1% of bromogeramine before recombinant human fibroblast growth factor gel was applied.

同时理护理、五官的护理、康复指导等。

Objective: To investigate the ghrombolytic effect of recombinant staphylokinase on caroid artery thrombus in rabbits.

探讨重组葡激酶对颈动脉血栓的溶栓作用。

The recombinant AHA and ZOA had the same agglutination activities towards rabbit red cells as the native AHA and ZOA isolated from the plants.

植物中提取了天然的AHA和ZOA，作为对照进行了凝血活性实验。

A recombinant HGP44 inhibited HIV-1 replication at a 50% effective concentration of approximately 2.5 micromolar, the researchers note, somewhat less potently than did P. gingivalis extracts.

研究者重组HGP44蛋白酶2.5克分子的50%有效浓度时能抑制HIV-1复制，然而重组HGP44比直接牙龈卟啉菌中提取的有效性略低。

The burns were disinfected with 0.1% of bromogeramine before recombinant human fibroblast growth factor gel was applied.

时做好心理护理、五官护理、康复指导等。

Objective: To investigate the ghrombolytic effect of recombinant staphylokinase on caroid artery thrombus in rabbits.

探讨重组葡激酶对颈动脉血栓溶栓作用。

The recombinant AHA and ZOA had the same agglutination activities towards rabbit red cells as the native AHA and ZOA isolated from the plants.

植物中提取了天然AHA和ZOA，作为对照进行了凝血活性实验。

A recombinant HGP44 inhibited HIV-1 replication at a 50% effective concentration of approximately 2.5 micromolar, the researchers note, somewhat less potently than did P. gingivalis extracts.

研究者重组HGP44蛋白酶在约2.5微克50%有效浓度时能抑制HIV-1复制，然而重组HGP44比直接牙龈卟啉菌中提取有效性略低。

The burns were disinfected with 0.1% of bromogeramine before recombinant human fibroblast growth factor gel was applied.

同时做好心理护理、五护理、康复指导等。

Objective: To investigate the ghrombolytic effect of recombinant staphylokinase on caroid artery thrombus in rabbits.

探讨组葡激酶对颈动脉血栓溶栓作用。

The recombinant AHA and ZOA had the same agglutination activities towards rabbit red cells as the native AHA and ZOA isolated from the plants.

植物中了天然AHA和ZOA，作为对照进行了凝血活性实验。

A recombinant HGP44 inhibited HIV-1 replication at a 50% effective concentration of approximately 2.5 micromolar, the researchers note, somewhat less potently than did P. gingivalis extracts.

研究者组HGP44蛋白酶在约2.5微克分子50%有效浓度时能抑制HIV-1复制，然而组HGP44比直接牙龈卟啉菌中有效性略低。

The burns were disinfected with 0.1% of bromogeramine before recombinant human fibroblast growth factor gel was applied.

同时做好心理护理、五官的护理、康复指导等。

Objective: To investigate the ghrombolytic effect of recombinant staphylokinase on caroid artery thrombus in rabbits.

探讨葡激酶对颈动脉血栓的溶栓作。

The recombinant AHA and ZOA had the same agglutination activities towards rabbit red cells as the native AHA and ZOA isolated from the plants.

植物中提取了天然的AHA和ZOA，作为对照进行了凝血活性实验。

A recombinant HGP44 inhibited HIV-1 replication at a 50% effective concentration of approximately 2.5 micromolar, the researchers note, somewhat less potently than did P. gingivalis extracts.

研究者HGP44蛋白酶在约2.5微克分子的50%有效浓度时能抑制HIV-1复制，然而HGP44直接牙龈卟啉菌中提取的有效性略低。

The burns were disinfected with 0.1% of bromogeramine before recombinant human fibroblast growth factor gel was applied.

同时做好心理护理、五官的护理、康复指。

Objective: To investigate the ghrombolytic effect of recombinant staphylokinase on caroid artery thrombus in rabbits.

讨重组葡激酶对颈动脉栓的溶栓作用。

The recombinant AHA and ZOA had the same agglutination activities towards rabbit red cells as the native AHA and ZOA isolated from the plants.

植物中提取了天然的AHA和ZOA，作为对照进行了性实验。

A recombinant HGP44 inhibited HIV-1 replication at a 50% effective concentration of approximately 2.5 micromolar, the researchers note, somewhat less potently than did P. gingivalis extracts.

研究者重组HGP44蛋白酶在约2.5微克分子的50%有效浓度时能抑制HIV-1复制，然而重组HGP44比直接牙龈卟啉菌中提取的有效性略低。

The burns were disinfected with 0.1% of bromogeramine before recombinant human fibroblast growth factor gel was applied.

同时做好心理护理、五官的护理、康复指导等。

Objective: To investigate the ghrombolytic effect of recombinant staphylokinase on caroid artery thrombus in rabbits.

探讨重组葡激酶对颈动脉血栓的溶栓作用。

The recombinant AHA and ZOA had the same agglutination activities towards rabbit red cells as the native AHA and ZOA isolated from the plants.

植物中提取了天然的AHA和ZOA，作为对照进行了凝血活性实验。

A recombinant HGP44 inhibited HIV-1 replication at a 50% effective concentration of approximately 2.5 micromolar, the researchers note, somewhat less potently than did P. gingivalis extracts.

研究者重组HGP44蛋白酶在约2.5微克分子的50%有效浓度时能抑制HIV-1复制，然而重组HGP44比直接牙龈卟啉菌中提取的有效性略。

The burns were disinfected with 0.1% of bromogeramine before recombinant human fibroblast growth factor gel was applied.

同时做好心理护理、五官护理、康复指导等。

Objective: To investigate the ghrombolytic effect of recombinant staphylokinase on caroid artery thrombus in rabbits.

探讨重组葡激酶脉血栓溶栓用。

The recombinant AHA and ZOA had the same agglutination activities towards rabbit red cells as the native AHA and ZOA isolated from the plants.

植物中提取了天然AHAZOA，为照进行了凝血活性实验。

A recombinant HGP44 inhibited HIV-1 replication at a 50% effective concentration of approximately 2.5 micromolar, the researchers note, somewhat less potently than did P. gingivalis extracts.

研究者重组HGP44蛋白酶在约2.5微克分子50%有效浓度时能抑制HIV-1复制，然而重组HGP44比直接牙龈卟啉菌中提取有效性略低。

The burns were disinfected with 0.1% of bromogeramine before recombinant human fibroblast growth factor gel was applied.

同时做好心理护理、五官的护理、康复指导等。

Objective: To investigate the ghrombolytic effect of recombinant staphylokinase on caroid artery thrombus in rabbits.

探讨重组葡激酶对颈动脉血栓的溶栓。

The recombinant AHA and ZOA had the same agglutination activities towards rabbit red cells as the native AHA and ZOA isolated from the plants.

中提取了天然的AHA和ZOA，为对照进行了凝血活性实验。

A recombinant HGP44 inhibited HIV-1 replication at a 50% effective concentration of approximately 2.5 micromolar, the researchers note, somewhat less potently than did P. gingivalis extracts.

研究者重组HGP44蛋白酶在约2.5微克分子的50%有效浓度时能抑制HIV-1复制，然而重组HGP44比直接牙龈卟啉菌中提取的有效性略低。