They are rate-limiting enzymes that degrade heme into same moles of dehydrobilirubin(biliverdin),CO and Fe.

血红素氧合酶催化血红素降解为同摩尔的一氧化碳、素和,素在素还原酶作用下,迅速生成红素。

The porphyrin compound in human body mainly includes hemoglobin, protoheme, protoporphyrin, coproporphyrin, uro-porphyrin and so on.

人体中含有的卟啉化合物主要有血红蛋白、血红素、原卟啉、粪卟啉、尿卟啉等。

Moreover, it is find that the optimum length between deuterohemin and His is one residue, and all of the monomers are more active than their corresponding dimmers.

Dh与 His之间隔一个氨基酸是两者在一上的最佳相对位置，同时单体的酶活力均高于相应的双体，因此确定了含有亚血红素和组氨酸的最佳过氧化物模拟酶DhHP-6（Dh-AlaHisThrValGluLys）。

They are rate-limiting enzymes that degrade heme into same moles of dehydrobilirubin(biliverdin),CO and Fe.

血红素氧合酶催化血红素降解为的一氧化碳、胆绿素和铁,胆绿素在胆绿素还原酶作用下,迅速生成胆红素。

The porphyrin compound in human body mainly includes hemoglobin, protoheme, protoporphyrin, coproporphyrin, uro-porphyrin and so on.

人中含有的卟啉化合物主要有血红蛋白、血红素、原卟啉、粪卟啉、尿卟啉等。

Moreover, it is find that the optimum length between deuterohemin and His is one residue, and all of the monomers are more active than their corresponding dimmers.

Dh与 His之间隔一个氨基酸是两者在一级结构上的最佳相对位置，结构的酶活力均高于相应的双结构，因此确定了含有亚血红素和组氨酸的最佳过氧化物模拟酶DhHP-6（Dh-AlaHisThrValGluLys）。

They are rate-limiting enzymes that degrade heme into same moles of dehydrobilirubin(biliverdin),CO and Fe.

血红素氧合酶催化血红素降解为同摩尔的一氧化碳、胆绿素和铁,胆绿素在胆绿素还原酶作用下,迅速生成胆红素。

The porphyrin compound in human body mainly includes hemoglobin, protoheme, protoporphyrin, coproporphyrin, uro-porphyrin and so on.

人体中有的卟啉化合物主要有血红蛋白、血红素、原卟啉、粪卟啉、尿卟啉等。

Moreover, it is find that the optimum length between deuterohemin and His is one residue, and all of the monomers are more active than their corresponding dimmers.

Dh与 His之间隔一个氨基酸是两者在一级结构上的最佳相对位置，同时单体结构的酶活力均高于相应的双体结构，因此确有亚血红素和组氨酸的最佳过氧化物模拟酶DhHP-6（Dh-AlaHisThrValGluLys）。

They are rate-limiting enzymes that degrade heme into same moles of dehydrobilirubin(biliverdin),CO and Fe.

血红素氧化血红素降解为同摩尔的一氧化碳、胆绿素和铁,胆绿素在胆绿素还原作用下,迅速生成胆红素。

The porphyrin compound in human body mainly includes hemoglobin, protoheme, protoporphyrin, coproporphyrin, uro-porphyrin and so on.

人体中含有的卟啉化物主要有血红蛋白、血红素、原卟啉、粪卟啉、尿卟啉等。

Moreover, it is find that the optimum length between deuterohemin and His is one residue, and all of the monomers are more active than their corresponding dimmers.

Dh与 His之间隔一个氨基酸是两者在一级结构上的最佳对位置，同时单体结构的活力均应的双体结构，因此确定了含有亚血红素和组氨酸的最佳过氧化物模拟DhHP-6（Dh-AlaHisThrValGluLys）。

They are rate-limiting enzymes that degrade heme into same moles of dehydrobilirubin(biliverdin),CO and Fe.

血红素氧合酶催化血红素降解为同摩尔的一氧化碳、素和,素在素还原酶作用下,迅速生成红素。

The porphyrin compound in human body mainly includes hemoglobin, protoheme, protoporphyrin, coproporphyrin, uro-porphyrin and so on.

人体中含有的卟啉化合物主要有血红蛋白、血红素、原卟啉、粪卟啉、尿卟啉等。

Moreover, it is find that the optimum length between deuterohemin and His is one residue, and all of the monomers are more active than their corresponding dimmers.

Dh与 His之间隔一个氨基酸是两者在一上的最佳相对位置，同时单体的酶活力均高于相应的双体，因此确定了含有亚血红素和组氨酸的最佳过氧化物模拟酶DhHP-6（Dh-AlaHisThrValGluLys）。

They are rate-limiting enzymes that degrade heme into same moles of dehydrobilirubin(biliverdin),CO and Fe.

血红素氧合酶催化血红素降解为同摩尔的一氧化碳、素和铁,素素还原酶作用下,迅速生成红素。

The porphyrin compound in human body mainly includes hemoglobin, protoheme, protoporphyrin, coproporphyrin, uro-porphyrin and so on.

人体中含有的卟啉化合物主要有血红蛋白、血红素、原卟啉、粪卟啉、尿卟啉等。

Moreover, it is find that the optimum length between deuterohemin and His is one residue, and all of the monomers are more active than their corresponding dimmers.

Dh与 His之间隔一个氨基酸是一级结构上的最佳相对位置，同时单体结构的酶活力均高于相应的双体结构，因此确定了含有亚血红素和组氨酸的最佳过氧化物模拟酶DhHP-6（Dh-AlaHisThrValGluLys）。

They are rate-limiting enzymes that degrade heme into same moles of dehydrobilirubin(biliverdin),CO and Fe.

氧合催化降解为同摩尔的一氧化碳、胆绿和铁,胆绿在胆绿还原作用下,迅速生成胆。

The porphyrin compound in human body mainly includes hemoglobin, protoheme, protoporphyrin, coproporphyrin, uro-porphyrin and so on.

人体中含有的卟啉化合物主要有蛋白、、原卟啉、粪卟啉、尿卟啉等。

Moreover, it is find that the optimum length between deuterohemin and His is one residue, and all of the monomers are more active than their corresponding dimmers.

Dh与 His之间隔一个氨基酸是两者在一级结构上的最佳相对位置，同时单体结构的均高于相应的双体结构，因此确定了含有亚和组氨酸的最佳过氧化物模拟DhHP-6（Dh-AlaHisThrValGluLys）。

They are rate-limiting enzymes that degrade heme into same moles of dehydrobilirubin(biliverdin),CO and Fe.

氧合酶催化降解为同摩尔一氧化碳、胆绿和铁,胆绿在胆绿还原酶作用下,迅速生成胆。

The porphyrin compound in human body mainly includes hemoglobin, protoheme, protoporphyrin, coproporphyrin, uro-porphyrin and so on.

人中含有卟啉化合物主要有蛋白、、原卟啉、粪卟啉、尿卟啉等。

Moreover, it is find that the optimum length between deuterohemin and His is one residue, and all of the monomers are more active than their corresponding dimmers.

Dh与 His之间隔一个氨基酸是两者在一级结构上最佳相对位置，同时单结构酶活力均高于相应结构，因此确定了含有亚和组氨酸最佳过氧化物模拟酶DhHP-6（Dh-AlaHisThrValGluLys）。

They are rate-limiting enzymes that degrade heme into same moles of dehydrobilirubin(biliverdin),CO and Fe.

红素氧酶催红素降解为同摩尔的一氧碳、胆绿素和铁,胆绿素在胆绿素还原酶作用下,迅速生成胆红素。

The porphyrin compound in human body mainly includes hemoglobin, protoheme, protoporphyrin, coproporphyrin, uro-porphyrin and so on.

人体中含有的卟啉主要有红、红素、原卟啉、粪卟啉、尿卟啉等。

Moreover, it is find that the optimum length between deuterohemin and His is one residue, and all of the monomers are more active than their corresponding dimmers.

Dh与 His之间隔一个氨基酸是两者在一级结构上的最佳相对位置，同时单体结构的酶活力均高于相应的双体结构，因此确定了含有亚红素和组氨酸的最佳过氧模拟酶DhHP-6（Dh-AlaHisThrValGluLys）。

They are rate-limiting enzymes that degrade heme into same moles of dehydrobilirubin(biliverdin),CO and Fe.

氧合催化降解为同摩尔的一氧化碳、胆绿和铁,胆绿在胆绿还原作用下,迅速生成胆。

The porphyrin compound in human body mainly includes hemoglobin, protoheme, protoporphyrin, coproporphyrin, uro-porphyrin and so on.

人体中含有的卟啉化合物主要有蛋白、、原卟啉、粪卟啉、尿卟啉等。

Moreover, it is find that the optimum length between deuterohemin and His is one residue, and all of the monomers are more active than their corresponding dimmers.

Dh与 His之间隔一个氨基酸是两者在一级结构上的最佳相对位置，同时单体结构的均高于相应的双体结构，因此确定了含有亚和组氨酸的最佳过氧化物模拟DhHP-6（Dh-AlaHisThrValGluLys）。