Amino acids and other organic acids – contribute to acidosis, aciduria, and dysrhythmia.

氨基酸和其他有机酸—酸中毒，酸尿和节律障碍。

Thus Euglena shows a diurnal rhythm in the speed at which it moves to a light source.

当眼虫被放在强光下时，仍出昼夜节律。

Gymnast s Biohythm is that living things inherits the factor and long range specialized training coactions result.

体操运动员的物节律性是物遗传因素和专项训练相互作用的结果。

Methods The system was a distributed digital control system consisting of a computer and zeitgeber generators.

方法物节律测控及分析系统采用分布式控制方案，由测控计算机和授时因子发仪组成。

The differences of biomass, growth rhythm and phenophase among 12 provenance seeds at the seedling stage were evaluated.

对牧豆苗量（地径、苗高）、节律进行观测，并分析各种源之间的差异。

It is a more important effect that the electromagnetic pollution may accelerate germ plasm aberrance.It leads to the confusion of biothythm and illness.

更重要的是可诱发物基因的突变，导致物节律的混乱和各种恶疾及新疾病的产。

Amino acids and other organic acids – contribute to acidosis, aciduria, and dysrhythmia.

氨基酸和其他有机酸—酸中毒，酸尿和节律障碍。

Thus Euglena shows a diurnal rhythm in the speed at which it moves to a light source.

当眼虫被放在强光下时，仍能表现出昼夜节律。

Gymnast s Biohythm is that living things inherits the factor and long range specialized training coactions result.

体操运动员的物节律性是物遗传因素和长期专项训练相的结果。

Methods The system was a distributed digital control system consisting of a computer and zeitgeber generators.

方法物节律测控系统采布式控制方案，由测控计算机和授时因子发仪组成。

The differences of biomass, growth rhythm and phenophase among 12 provenance seeds at the seedling stage were evaluated.

对牧豆苗期长量（地径、苗高）、长节律进行观测，并各种源之间的差异。

It is a more important effect that the electromagnetic pollution may accelerate germ plasm aberrance.It leads to the confusion of biothythm and illness.

更重要的是可能诱发物基因的突变，导致物长节律的混乱和各种恶疾新疾病的产。

Amino acids and other organic acids – contribute to acidosis, aciduria, and dysrhythmia.

氨基酸和其他有机酸—酸中毒，酸尿和节律障碍。

Thus Euglena shows a diurnal rhythm in the speed at which it moves to a light source.

当眼虫被放在强光下时，仍能表现出昼夜节律。

Gymnast s Biohythm is that living things inherits the factor and long range specialized training coactions result.

体操运动员的节律性是传因素和长期专项训练相互作用的结果。

Methods The system was a distributed digital control system consisting of a computer and zeitgeber generators.

方法节律及分析系统采用分布式制方案，计算机和授时因子发仪组成。

The differences of biomass, growth rhythm and phenophase among 12 provenance seeds at the seedling stage were evaluated.

对牧豆苗期长量（地径、苗高）、长节律进行观，并分析各种源之间的差异。

It is a more important effect that the electromagnetic pollution may accelerate germ plasm aberrance.It leads to the confusion of biothythm and illness.

更重要的是可能诱发基因的突变，导致长节律的混乱和各种恶疾及新疾病的产。

Amino acids and other organic acids – contribute to acidosis, aciduria, and dysrhythmia.

氨基酸和其他有机酸—酸中毒，酸尿和节律障碍。

Thus Euglena shows a diurnal rhythm in the speed at which it moves to a light source.

当眼虫被放在强光下时，仍能表现出昼夜节律。

Gymnast s Biohythm is that living things inherits the factor and long range specialized training coactions result.

体操运动员的节律性遗传因素和长期专项训练相互作用的结果。

Methods The system was a distributed digital control system consisting of a computer and zeitgeber generators.

方法节律及分析系统采用分布式制方案，由算机和授时因子发仪组成。

The differences of biomass, growth rhythm and phenophase among 12 provenance seeds at the seedling stage were evaluated.

对牧豆苗期长量（地径、苗高）、长节律进行观，并分析各种源之间的差异。

It is a more important effect that the electromagnetic pollution may accelerate germ plasm aberrance.It leads to the confusion of biothythm and illness.

更重要的可能诱发基因的突变，导致长节律的混乱和各种恶疾及新疾病的产。

Amino acids and other organic acids – contribute to acidosis, aciduria, and dysrhythmia.

氨基酸和其他有机酸—酸中毒，酸尿和节律障碍。

Thus Euglena shows a diurnal rhythm in the speed at which it moves to a light source.

当眼虫被放在强光下时，仍能表现出昼夜节律。

Gymnast s Biohythm is that living things inherits the factor and long range specialized training coactions result.

体操运动员物节律性是物遗传因素和长期专项训练相互作果。

Methods The system was a distributed digital control system consisting of a computer and zeitgeber generators.

方法物节律分析系统采分布式制方案，由计算机和授时因子发仪组成。

The differences of biomass, growth rhythm and phenophase among 12 provenance seeds at the seedling stage were evaluated.

对牧豆苗期长量（地径、苗高）、长节律进行观，并分析各种源之间差异。

It is a more important effect that the electromagnetic pollution may accelerate germ plasm aberrance.It leads to the confusion of biothythm and illness.

更重要是可能诱发物基因突变，导致物长节律混乱和各种恶疾新疾病产。

Amino acids and other organic acids – contribute to acidosis, aciduria, and dysrhythmia.

氨基酸和其他有机酸—酸中毒，酸尿和节律障碍。

Thus Euglena shows a diurnal rhythm in the speed at which it moves to a light source.

当眼虫被放在强光，能表现出昼夜节律。

Gymnast s Biohythm is that living things inherits the factor and long range specialized training coactions result.

体操运动员的物节律性是物遗传因素和长期专项训练相互作用的结果。

Methods The system was a distributed digital control system consisting of a computer and zeitgeber generators.

方法物节律测控及分析系统采用分布式控制方案，由测控计算机和授因子发仪组成。

The differences of biomass, growth rhythm and phenophase among 12 provenance seeds at the seedling stage were evaluated.

对牧豆苗期长（、苗高）、长节律进行观测，并分析各种源之间的差异。

It is a more important effect that the electromagnetic pollution may accelerate germ plasm aberrance.It leads to the confusion of biothythm and illness.

更重要的是可能诱发物基因的突变，导致物长节律的混乱和各种恶疾及新疾病的产。

Amino acids and other organic acids – contribute to acidosis, aciduria, and dysrhythmia.

氨酸和其他有机酸—酸中毒，酸尿和节律障碍。

Thus Euglena shows a diurnal rhythm in the speed at which it moves to a light source.

当眼虫被放在强光下时，仍能表现出昼夜节律。

Gymnast s Biohythm is that living things inherits the factor and long range specialized training coactions result.

体操运动员的节律性是遗传因素和长期专项训练相互作用的结果。

Methods The system was a distributed digital control system consisting of a computer and zeitgeber generators.

方法节律测控及分析系统采用分布式控制方案，由测控计算机和授时因子发仪组成。

The differences of biomass, growth rhythm and phenophase among 12 provenance seeds at the seedling stage were evaluated.

对牧豆苗期长量（地径、苗高）、长节律进行观测，并分析各种源之间的差异。

It is a more important effect that the electromagnetic pollution may accelerate germ plasm aberrance.It leads to the confusion of biothythm and illness.

更重要的是可能诱发因的突变，导致长节律的混乱和各种恶疾及新疾病的产。

Amino acids and other organic acids – contribute to acidosis, aciduria, and dysrhythmia.

氨基和其他有—中毒，尿和节律障碍。

Thus Euglena shows a diurnal rhythm in the speed at which it moves to a light source.

当眼虫被放在强光下时，仍能表现出昼夜节律。

Gymnast s Biohythm is that living things inherits the factor and long range specialized training coactions result.

体操运动员物节律性是物遗传因素和长期专项训练相互作用结果。

Methods The system was a distributed digital control system consisting of a computer and zeitgeber generators.

方法物节律测控及分析系统采用分布式控制方案，由测控计算和授时因子发仪组成。

The differences of biomass, growth rhythm and phenophase among 12 provenance seeds at the seedling stage were evaluated.

对牧豆苗期长量（地径、苗高）、长节律进行观测，并分析各种源之间。

It is a more important effect that the electromagnetic pollution may accelerate germ plasm aberrance.It leads to the confusion of biothythm and illness.

更重要是可能诱发物基因突变，导致物长节律混乱和各种恶疾及新疾病产。

Amino acids and other organic acids – contribute to acidosis, aciduria, and dysrhythmia.

氨基酸其他有酸—酸中毒，酸尿障碍。

Thus Euglena shows a diurnal rhythm in the speed at which it moves to a light source.

当眼虫被放在强光下时，仍能表现出昼夜。

Gymnast s Biohythm is that living things inherits the factor and long range specialized training coactions result.

体操运动员的性是遗传因素长期专项训练相互作用的结果。

Methods The system was a distributed digital control system consisting of a computer and zeitgeber generators.

方法测控及分析系统采用分布式控制方案，由测控计算时因子发仪组成。

The differences of biomass, growth rhythm and phenophase among 12 provenance seeds at the seedling stage were evaluated.

对牧豆苗期长量（地径、苗高）、长进行观测，并分析各种源之间的差异。

It is a more important effect that the electromagnetic pollution may accelerate germ plasm aberrance.It leads to the confusion of biothythm and illness.

更重要的是可能诱发基因的突变，导致长的混乱各种恶疾及新疾病的产。

Amino acids and other organic acids – contribute to acidosis, aciduria, and dysrhythmia.

氨基酸和有机酸—酸中毒，酸尿和节律障碍。

Thus Euglena shows a diurnal rhythm in the speed at which it moves to a light source.

当眼虫被放在强光下时，仍能表现出昼夜节律。

Gymnast s Biohythm is that living things inherits the factor and long range specialized training coactions result.

体操运动员的物节律性是物遗传因素和长期专项训练相互作用的结果。

Methods The system was a distributed digital control system consisting of a computer and zeitgeber generators.

方法物节律测控及分析系统采用分布式控制方案，由测控计算机和授时因子发仪组成。

The differences of biomass, growth rhythm and phenophase among 12 provenance seeds at the seedling stage were evaluated.

对牧豆苗期长量（地径、苗高）、长节律进行观测，并分析各种源之间的差。

It is a more important effect that the electromagnetic pollution may accelerate germ plasm aberrance.It leads to the confusion of biothythm and illness.

要的是可能诱发物基因的突变，导致物长节律的混乱和各种恶疾及新疾病的产。