Mendelian genetics in the setting of neuropsychiatry.

神经精神医学中孟德尔遗传学。

Such interactions between genes lead to apparent deviations from the 9:3:3:1 dihybrid ratio in the F2.

这样基因之间使得它们F2代孟德尔比率偏离9：3：3：1。

If the characteristic is governed by simple Mendelian genes, the typical monohybrid and dihybrid ratios become apparent in the F2 generation.

如果其特征取决于单一孟德尔基因，那么典单基因杂种和和双基因杂种遗传比率将在子二代呈现。

Microsatellite marker has many advantages such as a great quantity, extensive dispersion around the genome, high polyomorphism, Mendelian codominant inheritance, rapid and convenient detection.

微卫星标记具有、在基因组中分布广、态性丰富、呈孟德尔共显性遗性、检测快速方便等特点。

Mendelian genetics in the setting of neuropsychiatry.

神经精神医学中孟德尔遗传学。

Such interactions between genes lead to apparent deviations from the 9:3:3:1 dihybrid ratio in the F2.

这样因关系使得它们F2代孟德尔比率偏离9：3：3：1。

If the characteristic is governed by simple Mendelian genes, the typical monohybrid and dihybrid ratios become apparent in the F2 generation.

如果其特征取决于单一孟德尔因，那么典单因杂种和和双因杂种遗传比率将子二代呈现。

Microsatellite marker has many advantages such as a great quantity, extensive dispersion around the genome, high polyomorphism, Mendelian codominant inheritance, rapid and convenient detection.

微卫星标记具有数量、因组中分布广、态性丰富、呈孟德尔共显性遗性、检测快速方便等特点。

Mendelian genetics in the setting of neuropsychiatry.

神经精神医学中的孟德尔遗传学。

Such interactions between genes lead to apparent deviations from the 9:3:3:1 dihybrid ratio in the F2.

这样的基因之间的关系们的F2代的孟德尔比率偏离9：3：3：1。

If the characteristic is governed by simple Mendelian genes, the typical monohybrid and dihybrid ratios become apparent in the F2 generation.

如果其特征取决于单一孟德尔基因，那么典的单基因杂种和和双基因杂种的遗传比率将在子二代呈现。

Microsatellite marker has many advantages such as a great quantity, extensive dispersion around the genome, high polyomorphism, Mendelian codominant inheritance, rapid and convenient detection.

微卫星标有数量多、在基因组中分布广、多态性丰富、呈孟德尔共显性遗性、检测快速方便等特点。

Mendelian genetics in the setting of neuropsychiatry.

神经精神医学中孟德尔学。

Such interactions between genes lead to apparent deviations from the 9:3:3:1 dihybrid ratio in the F2.

这样基因之间关系使得它们F2代孟德尔比率偏离9：3：3：1。

If the characteristic is governed by simple Mendelian genes, the typical monohybrid and dihybrid ratios become apparent in the F2 generation.

如果取决于单一孟德尔基因，那么典单基因杂种和和双基因杂种比率将在子二代呈现。

Microsatellite marker has many advantages such as a great quantity, extensive dispersion around the genome, high polyomorphism, Mendelian codominant inheritance, rapid and convenient detection.

微卫星标记具有数量多、在基因组中分布广、多态性丰富、呈孟德尔共显性性、检测快速方便等点。

Mendelian genetics in the setting of neuropsychiatry.

神经精神医学中的孟德遗传学。

Such interactions between genes lead to apparent deviations from the 9:3:3:1 dihybrid ratio in the F2.

这样的因之间的关系使得它们的F2代的孟德比率偏离9：3：3：1。

If the characteristic is governed by simple Mendelian genes, the typical monohybrid and dihybrid ratios become apparent in the F2 generation.

如果其特征取决于单一孟德因，那么典的单因双因的遗传比率将在子二代呈现。

Microsatellite marker has many advantages such as a great quantity, extensive dispersion around the genome, high polyomorphism, Mendelian codominant inheritance, rapid and convenient detection.

微卫星标记具有数量多、在因组中分布广、多态性丰富、呈孟德共显性遗性、检测快速方便等特点。

Mendelian genetics in the setting of neuropsychiatry.

神经精神医学中孟德尔遗传学。

Such interactions between genes lead to apparent deviations from the 9:3:3:1 dihybrid ratio in the F2.

这样基因之间关系使得它们F2代孟德尔比率偏离9：3：3：1。

If the characteristic is governed by simple Mendelian genes, the typical monohybrid and dihybrid ratios become apparent in the F2 generation.

如果其特征取决于一孟德尔基因，那典基因杂种和和双基因杂种遗传比率将在子二代呈现。

Microsatellite marker has many advantages such as a great quantity, extensive dispersion around the genome, high polyomorphism, Mendelian codominant inheritance, rapid and convenient detection.

微卫星标记具有数量多、在基因组中分布广、多态性丰富、呈孟德尔共显性遗性、检测快速方便等特点。

Mendelian genetics in the setting of neuropsychiatry.

神经精神医学中的孟德尔遗传学。

Such interactions between genes lead to apparent deviations from the 9:3:3:1 dihybrid ratio in the F2.

这样的基因之间的关系使得它们的F2代的孟德尔比率偏离9：3：3：1。

If the characteristic is governed by simple Mendelian genes, the typical monohybrid and dihybrid ratios become apparent in the F2 generation.

如果其特征取决于单一孟德尔基因，那么典的单基因杂种和和双基因杂种的遗传比率将在子二代呈现。

Microsatellite marker has many advantages such as a great quantity, extensive dispersion around the genome, high polyomorphism, Mendelian codominant inheritance, rapid and convenient detection.

微卫星标记具有数量多、在基因组中分布广、多态性丰富、呈孟德尔共显性遗性、检测快速方便等特。

Mendelian genetics in the setting of neuropsychiatry.

神经精神的德遗传。

Such interactions between genes lead to apparent deviations from the 9:3:3:1 dihybrid ratio in the F2.

这样的基因之间的关系使得它们的F2代的德比率偏离9：3：3：1。

If the characteristic is governed by simple Mendelian genes, the typical monohybrid and dihybrid ratios become apparent in the F2 generation.

如果其特征取决于单一德基因，那么典的单基因杂种和和双基因杂种的遗传比率将在子二代呈现。

Microsatellite marker has many advantages such as a great quantity, extensive dispersion around the genome, high polyomorphism, Mendelian codominant inheritance, rapid and convenient detection.

微卫星标记具有数量多、在基因组分布广、多态性丰富、呈德共显性遗性、检测快速方便等特点。

Mendelian genetics in the setting of neuropsychiatry.

神经精神医学中的孟德尔遗传学。

Such interactions between genes lead to apparent deviations from the 9:3:3:1 dihybrid ratio in the F2.

这样的基因之间的关系使得它们的F2代的孟德尔比9：3：3：1。

If the characteristic is governed by simple Mendelian genes, the typical monohybrid and dihybrid ratios become apparent in the F2 generation.

如果其特征取决于单一孟德尔基因，那么典的单基因杂种和和双基因杂种的遗传比二代呈现。

Microsatellite marker has many advantages such as a great quantity, extensive dispersion around the genome, high polyomorphism, Mendelian codominant inheritance, rapid and convenient detection.

微卫星标记具有数量多、基因组中分布广、多态性丰富、呈孟德尔共显性遗性、检测快速方便等特点。