The auther expoundes the biological property of sphingolipid,and its important affect for human body metabolize when we take it as food additive.

阐述了神经醇磷脂特性和作食品添加剂对维持生物体正代谢重要作用。

Instead of being fueled by sugar, as it usually is, it begins to metabolize fat-derived molecules called ketone bodies, hence the term ketogenic diet.

由脂肪转变而来分子—酮体，取代了通，脑新陈代谢功能。因此术语称之生酮饮食。

Sandhoff results from a genetic mutation that reduces the body's supply of an enzyme, called hexosaminidase ("hex"), used by brain cells to metabolize excess fatty material called lipids.

由基因突变导致山德霍夫氏病会减少体内一种叫做己胺酶供应，而脑细胞用它来代谢过多脂质。

The auther expoundes the biological property of sphingolipid,and its important affect for human body metabolize when we take it as food additive.

阐述了神经醇磷脂的特性和作添加剂对维持生物正常代谢的重要作用。

Instead of being fueled by sugar, as it usually is, it begins to metabolize fat-derived molecules called ketone bodies, hence the term ketogenic diet.

由脂肪转变而来的分子—酮，取代了通常的糖，始大脑的新陈代谢功能。因此术语称之生酮饮。

Sandhoff results from a genetic mutation that reduces the body's supply of an enzyme, called hexosaminidase ("hex"), used by brain cells to metabolize excess fatty material called lipids.

由基因突变导致的山德霍夫氏病会内的一种叫做己糖胺酶的供应，而脑细胞用它来代谢过多的脂质。

The auther expoundes the biological property of sphingolipid,and its important affect for human body metabolize when we take it as food additive.

阐述了神经醇磷脂的特性和品添加剂对维持生物正常代谢的重要用。

Instead of being fueled by sugar, as it usually is, it begins to metabolize fat-derived molecules called ketone bodies, hence the term ketogenic diet.

由脂肪转变而来的分子—酮，取代了通常的糖，始大脑的新陈代谢功能。因此术语称之生酮饮。

Sandhoff results from a genetic mutation that reduces the body's supply of an enzyme, called hexosaminidase ("hex"), used by brain cells to metabolize excess fatty material called lipids.

由基因突变导致的山德霍夫氏病会减的一种叫做己糖胺酶的供应，而脑细胞用它来代谢过多的脂质。

The auther expoundes the biological property of sphingolipid,and its important affect for human body metabolize when we take it as food additive.

阐述了神经醇磷脂的特性和为品添加剂对维持生物体正常代谢的用。

Instead of being fueled by sugar, as it usually is, it begins to metabolize fat-derived molecules called ketone bodies, hence the term ketogenic diet.

脂肪转变而来的分子—酮体，取代了通常的糖，始为大脑的新陈代谢功能。因此术语称之为生酮。

Sandhoff results from a genetic mutation that reduces the body's supply of an enzyme, called hexosaminidase ("hex"), used by brain cells to metabolize excess fatty material called lipids.

基因突变导致的山德霍夫氏病会减少体内的一种叫做己糖胺酶的供应，而脑细胞用它来代谢过多的脂质。

The auther expoundes the biological property of sphingolipid,and its important affect for human body metabolize when we take it as food additive.

阐述了神经醇磷的特性和作为食品添加剂对维持生物体正常代谢的重要作用。

Instead of being fueled by sugar, as it usually is, it begins to metabolize fat-derived molecules called ketone bodies, hence the term ketogenic diet.

由肪转变而来的分子—酮体，取代了通常的糖，始为大脑的新陈代谢功能。因此术语称之为生酮饮食。

Sandhoff results from a genetic mutation that reduces the body's supply of an enzyme, called hexosaminidase ("hex"), used by brain cells to metabolize excess fatty material called lipids.

由基因突变导致的山德霍夫氏病会减少体内的一种叫做己糖胺酶的供应，而脑细胞用它来代谢过多的。

The auther expoundes the biological property of sphingolipid,and its important affect for human body metabolize when we take it as food additive.

阐述了神经醇磷脂的特性和作为食品添加剂对维持生物体正常的重要作用。

Instead of being fueled by sugar, as it usually is, it begins to metabolize fat-derived molecules called ketone bodies, hence the term ketogenic diet.

由脂肪转变而的分子—酮体，取了通常的糖，始为大脑的新陈功能。因此术语称之为生酮饮食。

Sandhoff results from a genetic mutation that reduces the body's supply of an enzyme, called hexosaminidase ("hex"), used by brain cells to metabolize excess fatty material called lipids.

由基因突变导致的山德霍夫氏病会减少体内的一种叫做己糖胺酶的供应，而脑细胞用它过多的脂质。

The auther expoundes the biological property of sphingolipid,and its important affect for human body metabolize when we take it as food additive.

阐述了神经醇特性和作为食品添加剂对维持生物体正常代谢重要作用。

Instead of being fueled by sugar, as it usually is, it begins to metabolize fat-derived molecules called ketone bodies, hence the term ketogenic diet.

由肪转变而来分子—酮体，取代了通常糖，始为大脑新陈代谢功能。因此术语称之为生酮饮食。

Sandhoff results from a genetic mutation that reduces the body's supply of an enzyme, called hexosaminidase ("hex"), used by brain cells to metabolize excess fatty material called lipids.

由基因突变导致山德霍夫氏病会减少体内一种糖胺酶供应，而脑细胞用它来代谢过多质。

The auther expoundes the biological property of sphingolipid,and its important affect for human body metabolize when we take it as food additive.

阐述了神经醇磷脂的特性和作为食品添加剂对维持生物体正的重要作用。

Instead of being fueled by sugar, as it usually is, it begins to metabolize fat-derived molecules called ketone bodies, hence the term ketogenic diet.

由脂肪转而来的分子—酮体，取了通的糖，始为大脑的新陈功能。此术语称之为生酮饮食。

Sandhoff results from a genetic mutation that reduces the body's supply of an enzyme, called hexosaminidase ("hex"), used by brain cells to metabolize excess fatty material called lipids.

由基导致的山德霍夫氏病会减少体内的一种叫做己糖胺酶的供应，而脑细胞用它来过多的脂质。

The auther expoundes the biological property of sphingolipid,and its important affect for human body metabolize when we take it as food additive.

阐述了神经醇磷脂的特性和作为加剂对维持生物体正常代谢的重要作用。

Instead of being fueled by sugar, as it usually is, it begins to metabolize fat-derived molecules called ketone bodies, hence the term ketogenic diet.

由脂肪转变而来的分子—酮体，取代了通常的糖，始为大脑的新陈代谢功能。因此术语称之为生酮饮。

Sandhoff results from a genetic mutation that reduces the body's supply of an enzyme, called hexosaminidase ("hex"), used by brain cells to metabolize excess fatty material called lipids.

由基因突变导致的山德霍夫氏病体内的一种叫做己糖胺酶的供应，而脑细胞用它来代谢过多的脂质。