Búsqueda
  • Búsqueda
  • Mis Guiones Gráficos

THE NON-MENDELIAN INHERITANCE

Crear un Guión Gráfico
Copie este guión gráfico ¡CREA TU PROPIO!
Create your own at Storyboard That

As for the Codominance example, we have the most common which is the AB blood type.

Let's begin first with Incomplete Dominance.Incomplete dominance causes the two alleles to blend together, resulting in a third phenotype that is a combination of the two. The phenotype created has little resemblance to either parent.

Good day! We are the first group and we are going to discuss Incomplete Dominance, Codominance, Multiple Alleles, and Polygenic Inheritance

ALL ABOUT NON-MENDELIAN INHERITANCE

Good day, class! Today, we are going to talk about the Non-Mendelian Inheritance.

I already group you into two, and each of you had already the assigned topic. Now, let's proceed.

We will now, ma'am.

The second one is the Codominance.Both alleles are expressed in the progeny in codominance. When a red flower and a white flower are crossed, the result is flowers with red and white spots. On the offspring, both parent phenotypes are visible.

As an example for Incomplete Dominance, we have the crossing of white flower and red flower. When they cross, all their offspring will be pink flowers, a completely new phenotype. 

INCOMPLETE DOMINANCE, and CODOMINANCE

MULTIPLE ALLELES, AND POLYGENIC INHERITANCE

We will now proceed with Multiple Alleles.When a trait is controlled by more than two alleles, multiple alleles is described, and even if a trait is controlled by more than two alleles, each offspring only inherits two.

As per the Polygenic Inheritance, When two or more genes control the same trait, it is known as polygenic inheritance. Genes are frequently large in number but little in effect.

As an example of multiple alleles, we have the ABO blood system.

And for the Polygenic inheritance, we have human height, weight, and skin color.

That is all for our presentation today. Thank you!

Good day! We are the second reporters for today. We will discuss about Lethal Alleles, Sex Linked, Sex Influence, and Sex Limited Inheritance.

LETHAL ALLELES, AND SEX LINKED INHERITANCE

To begin with, we have here Lethal Alleles.Alleles that induce death in the organism that bears them are known as lethal alleles. Depending on the genes involved, lethal alleles are recessive, dominant, or conditional.

The next one is the Sex Linked Inheritance. Sex linked occurs in which a gene is located on a sex chromosome. These traits are influenced by genes on the X chromosome in humans because the X chromosome is larger and contains more genes than the Y chromosome.

And for the Sex Linked Inheritance example hemophilia, red-green color blindness, congenital night blindness,

For the lethal allele example, we have the human diseases caused by recessive lethal alleles include cystic fibrosis, sickle-cell anemia, and achondroplasia

LETHAL ALLELES, AND SEX LINKED INHERITANCE

We'll move on to Sex Influenced Inheritance now. Sex-influenced traits are autosomal traits that are impacted by sex but do not express themselves differently in men and women.

And last but not the least, we have the Sex Limited Inheritance.Genes on autosomes determine sex-limited traits, which are expressed or visible only in one sex. Sexual dimorphism is caused by them.

And for the Sex Limited Inheritance example, we have here lactation, or milk production. Although the genes for producing milk are carried by both males and females, only lactating females express these genes.

As an example for Sex Influenced Inheritance, we have soft facial hair in females vs coarse facial hairs in males.

That is all for our presentation today. Thank you!

Job well done, class! I am impressed with your reporting.

You can all go now. Class dismissed.

I hope that you learned a very useful information regarding the Non-Mendelian Inheritance.

Thank you, ma'am!

ALL ABOUT NON-MENDELIAN INHERITANCE

Create your own at Storyboard That

As for the Codominance example, we have the most common which is the AB blood type.

Let's begin first with Incomplete Dominance.Incomplete dominance causes the two alleles to blend together, resulting in a third phenotype that is a combination of the two. The phenotype created has little resemblance to either parent.

Good day! We are the first group and we are going to discuss Incomplete Dominance, Codominance, Multiple Alleles, and Polygenic Inheritance

ALL ABOUT NON-MENDELIAN INHERITANCE

Good day, class! Today, we are going to talk about the Non-Mendelian Inheritance.

I already group you into two, and each of you had already the assigned topic. Now, let's proceed.

We will now, ma'am.

The second one is the Codominance.Both alleles are expressed in the progeny in codominance. When a red flower and a white flower are crossed, the result is flowers with red and white spots. On the offspring, both parent phenotypes are visible.

As an example for Incomplete Dominance, we have the crossing of white flower and red flower. When they cross, all their offspring will be pink flowers, a completely new phenotype. 

INCOMPLETE DOMINANCE, and CODOMINANCE

MULTIPLE ALLELES, AND POLYGENIC INHERITANCE

We will now proceed with Multiple Alleles.When a trait is controlled by more than two alleles, multiple alleles is described, and even if a trait is controlled by more than two alleles, each offspring only inherits two.

As per the Polygenic Inheritance, When two or more genes control the same trait, it is known as polygenic inheritance. Genes are frequently large in number but little in effect.

As an example of multiple alleles, we have the ABO blood system.

And for the Polygenic inheritance, we have human height, weight, and skin color.

That is all for our presentation today. Thank you!

Good day! We are the second reporters for today. We will discuss about Lethal Alleles, Sex Linked, Sex Influence, and Sex Limited Inheritance.

LETHAL ALLELES, AND SEX LINKED INHERITANCE

To begin with, we have here Lethal Alleles.Alleles that induce death in the organism that bears them are known as lethal alleles. Depending on the genes involved, lethal alleles are recessive, dominant, or conditional.

The next one is the Sex Linked Inheritance. Sex linked occurs in which a gene is located on a sex chromosome. These traits are influenced by genes on the X chromosome in humans because the X chromosome is larger and contains more genes than the Y chromosome.

And for the Sex Linked Inheritance example hemophilia, red-green color blindness, congenital night blindness,

For the lethal allele example, we have the human diseases caused by recessive lethal alleles include cystic fibrosis, sickle-cell anemia, and achondroplasia

LETHAL ALLELES, AND SEX LINKED INHERITANCE

We'll move on to Sex Influenced Inheritance now. Sex-influenced traits are autosomal traits that are impacted by sex but do not express themselves differently in men and women.

And last but not the least, we have the Sex Limited Inheritance.Genes on autosomes determine sex-limited traits, which are expressed or visible only in one sex. Sexual dimorphism is caused by them.

And for the Sex Limited Inheritance example, we have here lactation, or milk production. Although the genes for producing milk are carried by both males and females, only lactating females express these genes.

As an example for Sex Influenced Inheritance, we have soft facial hair in females vs coarse facial hairs in males.

That is all for our presentation today. Thank you!

Job well done, class! I am impressed with your reporting.

You can all go now. Class dismissed.

I hope that you learned a very useful information regarding the Non-Mendelian Inheritance.

Thank you, ma'am!

ALL ABOUT NON-MENDELIAN INHERITANCE

Create your own at Storyboard That

As for the Codominance example, we have the most common which is the AB blood type.

Let's begin first with Incomplete Dominance.Incomplete dominance causes the two alleles to blend together, resulting in a third phenotype that is a combination of the two. The phenotype created has little resemblance to either parent.

Good day! We are the first group and we are going to discuss Incomplete Dominance, Codominance, Multiple Alleles, and Polygenic Inheritance

ALL ABOUT NON-MENDELIAN INHERITANCE

Good day, class! Today, we are going to talk about the Non-Mendelian Inheritance.

I already group you into two, and each of you had already the assigned topic. Now, let's proceed.

We will now, ma'am.

The second one is the Codominance.Both alleles are expressed in the progeny in codominance. When a red flower and a white flower are crossed, the result is flowers with red and white spots. On the offspring, both parent phenotypes are visible.

As an example for Incomplete Dominance, we have the crossing of white flower and red flower. When they cross, all their offspring will be pink flowers, a completely new phenotype. 

INCOMPLETE DOMINANCE, and CODOMINANCE

MULTIPLE ALLELES, AND POLYGENIC INHERITANCE

We will now proceed with Multiple Alleles.When a trait is controlled by more than two alleles, multiple alleles is described, and even if a trait is controlled by more than two alleles, each offspring only inherits two.

As per the Polygenic Inheritance, When two or more genes control the same trait, it is known as polygenic inheritance. Genes are frequently large in number but little in effect.

As an example of multiple alleles, we have the ABO blood system.

And for the Polygenic inheritance, we have human height, weight, and skin color.

That is all for our presentation today. Thank you!

Good day! We are the second reporters for today. We will discuss about Lethal Alleles, Sex Linked, Sex Influence, and Sex Limited Inheritance.

LETHAL ALLELES, AND SEX LINKED INHERITANCE

To begin with, we have here Lethal Alleles.Alleles that induce death in the organism that bears them are known as lethal alleles. Depending on the genes involved, lethal alleles are recessive, dominant, or conditional.

The next one is the Sex Linked Inheritance. Sex linked occurs in which a gene is located on a sex chromosome. These traits are influenced by genes on the X chromosome in humans because the X chromosome is larger and contains more genes than the Y chromosome.

And for the Sex Linked Inheritance example hemophilia, red-green color blindness, congenital night blindness,

For the lethal allele example, we have the human diseases caused by recessive lethal alleles include cystic fibrosis, sickle-cell anemia, and achondroplasia

LETHAL ALLELES, AND SEX LINKED INHERITANCE

We'll move on to Sex Influenced Inheritance now. Sex-influenced traits are autosomal traits that are impacted by sex but do not express themselves differently in men and women.

And last but not the least, we have the Sex Limited Inheritance.Genes on autosomes determine sex-limited traits, which are expressed or visible only in one sex. Sexual dimorphism is caused by them.

And for the Sex Limited Inheritance example, we have here lactation, or milk production. Although the genes for producing milk are carried by both males and females, only lactating females express these genes.

As an example for Sex Influenced Inheritance, we have soft facial hair in females vs coarse facial hairs in males.

That is all for our presentation today. Thank you!

Job well done, class! I am impressed with your reporting.

You can all go now. Class dismissed.

I hope that you learned a very useful information regarding the Non-Mendelian Inheritance.

Thank you, ma'am!

ALL ABOUT NON-MENDELIAN INHERITANCE

Create your own at Storyboard That

As for the Codominance example, we have the most common which is the AB blood type.

Let's begin first with Incomplete Dominance.Incomplete dominance causes the two alleles to blend together, resulting in a third phenotype that is a combination of the two. The phenotype created has little resemblance to either parent.

Good day! We are the first group and we are going to discuss Incomplete Dominance, Codominance, Multiple Alleles, and Polygenic Inheritance

ALL ABOUT NON-MENDELIAN INHERITANCE

Good day, class! Today, we are going to talk about the Non-Mendelian Inheritance.

I already group you into two, and each of you had already the assigned topic. Now, let's proceed.

We will now, ma'am.

The second one is the Codominance.Both alleles are expressed in the progeny in codominance. When a red flower and a white flower are crossed, the result is flowers with red and white spots. On the offspring, both parent phenotypes are visible.

As an example for Incomplete Dominance, we have the crossing of white flower and red flower. When they cross, all their offspring will be pink flowers, a completely new phenotype. 

INCOMPLETE DOMINANCE, and CODOMINANCE

MULTIPLE ALLELES, AND POLYGENIC INHERITANCE

We will now proceed with Multiple Alleles.When a trait is controlled by more than two alleles, multiple alleles is described, and even if a trait is controlled by more than two alleles, each offspring only inherits two.

As per the Polygenic Inheritance, When two or more genes control the same trait, it is known as polygenic inheritance. Genes are frequently large in number but little in effect.

As an example of multiple alleles, we have the ABO blood system.

And for the Polygenic inheritance, we have human height, weight, and skin color.

That is all for our presentation today. Thank you!

Good day! We are the second reporters for today. We will discuss about Lethal Alleles, Sex Linked, Sex Influence, and Sex Limited Inheritance.

LETHAL ALLELES, AND SEX LINKED INHERITANCE

To begin with, we have here Lethal Alleles.Alleles that induce death in the organism that bears them are known as lethal alleles. Depending on the genes involved, lethal alleles are recessive, dominant, or conditional.

The next one is the Sex Linked Inheritance. Sex linked occurs in which a gene is located on a sex chromosome. These traits are influenced by genes on the X chromosome in humans because the X chromosome is larger and contains more genes than the Y chromosome.

And for the Sex Linked Inheritance example hemophilia, red-green color blindness, congenital night blindness,

For the lethal allele example, we have the human diseases caused by recessive lethal alleles include cystic fibrosis, sickle-cell anemia, and achondroplasia

LETHAL ALLELES, AND SEX LINKED INHERITANCE

We'll move on to Sex Influenced Inheritance now. Sex-influenced traits are autosomal traits that are impacted by sex but do not express themselves differently in men and women.

And last but not the least, we have the Sex Limited Inheritance.Genes on autosomes determine sex-limited traits, which are expressed or visible only in one sex. Sexual dimorphism is caused by them.

And for the Sex Limited Inheritance example, we have here lactation, or milk production. Although the genes for producing milk are carried by both males and females, only lactating females express these genes.

As an example for Sex Influenced Inheritance, we have soft facial hair in females vs coarse facial hairs in males.

That is all for our presentation today. Thank you!

Job well done, class! I am impressed with your reporting.

You can all go now. Class dismissed.

I hope that you learned a very useful information regarding the Non-Mendelian Inheritance.

Thank you, ma'am!

ALL ABOUT NON-MENDELIAN INHERITANCE

Create your own at Storyboard That

As for the Codominance example, we have the most common which is the AB blood type.

Let's begin first with Incomplete Dominance.Incomplete dominance causes the two alleles to blend together, resulting in a third phenotype that is a combination of the two. The phenotype created has little resemblance to either parent.

Good day! We are the first group and we are going to discuss Incomplete Dominance, Codominance, Multiple Alleles, and Polygenic Inheritance

ALL ABOUT NON-MENDELIAN INHERITANCE

Good day, class! Today, we are going to talk about the Non-Mendelian Inheritance.

I already group you into two, and each of you had already the assigned topic. Now, let's proceed.

We will now, ma'am.

The second one is the Codominance.Both alleles are expressed in the progeny in codominance. When a red flower and a white flower are crossed, the result is flowers with red and white spots. On the offspring, both parent phenotypes are visible.

As an example for Incomplete Dominance, we have the crossing of white flower and red flower. When they cross, all their offspring will be pink flowers, a completely new phenotype. 

INCOMPLETE DOMINANCE, and CODOMINANCE

MULTIPLE ALLELES, AND POLYGENIC INHERITANCE

We will now proceed with Multiple Alleles.When a trait is controlled by more than two alleles, multiple alleles is described, and even if a trait is controlled by more than two alleles, each offspring only inherits two.

As per the Polygenic Inheritance, When two or more genes control the same trait, it is known as polygenic inheritance. Genes are frequently large in number but little in effect.

As an example of multiple alleles, we have the ABO blood system.

And for the Polygenic inheritance, we have human height, weight, and skin color.

That is all for our presentation today. Thank you!

Good day! We are the second reporters for today. We will discuss about Lethal Alleles, Sex Linked, Sex Influence, and Sex Limited Inheritance.

LETHAL ALLELES, AND SEX LINKED INHERITANCE

To begin with, we have here Lethal Alleles.Alleles that induce death in the organism that bears them are known as lethal alleles. Depending on the genes involved, lethal alleles are recessive, dominant, or conditional.

The next one is the Sex Linked Inheritance. Sex linked occurs in which a gene is located on a sex chromosome. These traits are influenced by genes on the X chromosome in humans because the X chromosome is larger and contains more genes than the Y chromosome.

And for the Sex Linked Inheritance example hemophilia, red-green color blindness, congenital night blindness,

For the lethal allele example, we have the human diseases caused by recessive lethal alleles include cystic fibrosis, sickle-cell anemia, and achondroplasia

LETHAL ALLELES, AND SEX LINKED INHERITANCE

We'll move on to Sex Influenced Inheritance now. Sex-influenced traits are autosomal traits that are impacted by sex but do not express themselves differently in men and women.

And last but not the least, we have the Sex Limited Inheritance.Genes on autosomes determine sex-limited traits, which are expressed or visible only in one sex. Sexual dimorphism is caused by them.

And for the Sex Limited Inheritance example, we have here lactation, or milk production. Although the genes for producing milk are carried by both males and females, only lactating females express these genes.

As an example for Sex Influenced Inheritance, we have soft facial hair in females vs coarse facial hairs in males.

That is all for our presentation today. Thank you!

Job well done, class! I am impressed with your reporting.

You can all go now. Class dismissed.

I hope that you learned a very useful information regarding the Non-Mendelian Inheritance.

Thank you, ma'am!

ALL ABOUT NON-MENDELIAN INHERITANCE

Create your own at Storyboard That

As for the Codominance example, we have the most common which is the AB blood type.

Let's begin first with Incomplete Dominance.Incomplete dominance causes the two alleles to blend together, resulting in a third phenotype that is a combination of the two. The phenotype created has little resemblance to either parent.

Good day! We are the first group and we are going to discuss Incomplete Dominance, Codominance, Multiple Alleles, and Polygenic Inheritance

ALL ABOUT NON-MENDELIAN INHERITANCE

Good day, class! Today, we are going to talk about the Non-Mendelian Inheritance.

I already group you into two, and each of you had already the assigned topic. Now, let's proceed.

We will now, ma'am.

The second one is the Codominance.Both alleles are expressed in the progeny in codominance. When a red flower and a white flower are crossed, the result is flowers with red and white spots. On the offspring, both parent phenotypes are visible.

As an example for Incomplete Dominance, we have the crossing of white flower and red flower. When they cross, all their offspring will be pink flowers, a completely new phenotype. 

INCOMPLETE DOMINANCE, and CODOMINANCE

MULTIPLE ALLELES, AND POLYGENIC INHERITANCE

We will now proceed with Multiple Alleles.When a trait is controlled by more than two alleles, multiple alleles is described, and even if a trait is controlled by more than two alleles, each offspring only inherits two.

As per the Polygenic Inheritance, When two or more genes control the same trait, it is known as polygenic inheritance. Genes are frequently large in number but little in effect.

As an example of multiple alleles, we have the ABO blood system.

And for the Polygenic inheritance, we have human height, weight, and skin color.

That is all for our presentation today. Thank you!

Good day! We are the second reporters for today. We will discuss about Lethal Alleles, Sex Linked, Sex Influence, and Sex Limited Inheritance.

LETHAL ALLELES, AND SEX LINKED INHERITANCE

To begin with, we have here Lethal Alleles.Alleles that induce death in the organism that bears them are known as lethal alleles. Depending on the genes involved, lethal alleles are recessive, dominant, or conditional.

The next one is the Sex Linked Inheritance. Sex linked occurs in which a gene is located on a sex chromosome. These traits are influenced by genes on the X chromosome in humans because the X chromosome is larger and contains more genes than the Y chromosome.

And for the Sex Linked Inheritance example hemophilia, red-green color blindness, congenital night blindness,

For the lethal allele example, we have the human diseases caused by recessive lethal alleles include cystic fibrosis, sickle-cell anemia, and achondroplasia

LETHAL ALLELES, AND SEX LINKED INHERITANCE

We'll move on to Sex Influenced Inheritance now. Sex-influenced traits are autosomal traits that are impacted by sex but do not express themselves differently in men and women.

And last but not the least, we have the Sex Limited Inheritance.Genes on autosomes determine sex-limited traits, which are expressed or visible only in one sex. Sexual dimorphism is caused by them.

And for the Sex Limited Inheritance example, we have here lactation, or milk production. Although the genes for producing milk are carried by both males and females, only lactating females express these genes.

As an example for Sex Influenced Inheritance, we have soft facial hair in females vs coarse facial hairs in males.

That is all for our presentation today. Thank you!

Job well done, class! I am impressed with your reporting.

You can all go now. Class dismissed.

I hope that you learned a very useful information regarding the Non-Mendelian Inheritance.

Thank you, ma'am!

ALL ABOUT NON-MENDELIAN INHERITANCE

Create your own at Storyboard That

As for the Codominance example, we have the most common which is the AB blood type.

Let's begin first with Incomplete Dominance.Incomplete dominance causes the two alleles to blend together, resulting in a third phenotype that is a combination of the two. The phenotype created has little resemblance to either parent.

Good day! We are the first group and we are going to discuss Incomplete Dominance, Codominance, Multiple Alleles, and Polygenic Inheritance

ALL ABOUT NON-MENDELIAN INHERITANCE

Good day, class! Today, we are going to talk about the Non-Mendelian Inheritance.

I already group you into two, and each of you had already the assigned topic. Now, let's proceed.

We will now, ma'am.

The second one is the Codominance.Both alleles are expressed in the progeny in codominance. When a red flower and a white flower are crossed, the result is flowers with red and white spots. On the offspring, both parent phenotypes are visible.

As an example for Incomplete Dominance, we have the crossing of white flower and red flower. When they cross, all their offspring will be pink flowers, a completely new phenotype. 

INCOMPLETE DOMINANCE, and CODOMINANCE

MULTIPLE ALLELES, AND POLYGENIC INHERITANCE

We will now proceed with Multiple Alleles.When a trait is controlled by more than two alleles, multiple alleles is described, and even if a trait is controlled by more than two alleles, each offspring only inherits two.

As per the Polygenic Inheritance, When two or more genes control the same trait, it is known as polygenic inheritance. Genes are frequently large in number but little in effect.

As an example of multiple alleles, we have the ABO blood system.

And for the Polygenic inheritance, we have human height, weight, and skin color.

That is all for our presentation today. Thank you!

Good day! We are the second reporters for today. We will discuss about Lethal Alleles, Sex Linked, Sex Influence, and Sex Limited Inheritance.

LETHAL ALLELES, AND SEX LINKED INHERITANCE

To begin with, we have here Lethal Alleles.Alleles that induce death in the organism that bears them are known as lethal alleles. Depending on the genes involved, lethal alleles are recessive, dominant, or conditional.

The next one is the Sex Linked Inheritance. Sex linked occurs in which a gene is located on a sex chromosome. These traits are influenced by genes on the X chromosome in humans because the X chromosome is larger and contains more genes than the Y chromosome.

And for the Sex Linked Inheritance example hemophilia, red-green color blindness, congenital night blindness,

For the lethal allele example, we have the human diseases caused by recessive lethal alleles include cystic fibrosis, sickle-cell anemia, and achondroplasia

LETHAL ALLELES, AND SEX LINKED INHERITANCE

We'll move on to Sex Influenced Inheritance now. Sex-influenced traits are autosomal traits that are impacted by sex but do not express themselves differently in men and women.

And last but not the least, we have the Sex Limited Inheritance.Genes on autosomes determine sex-limited traits, which are expressed or visible only in one sex. Sexual dimorphism is caused by them.

And for the Sex Limited Inheritance example, we have here lactation, or milk production. Although the genes for producing milk are carried by both males and females, only lactating females express these genes.

As an example for Sex Influenced Inheritance, we have soft facial hair in females vs coarse facial hairs in males.

That is all for our presentation today. Thank you!

Job well done, class! I am impressed with your reporting.

You can all go now. Class dismissed.

I hope that you learned a very useful information regarding the Non-Mendelian Inheritance.

Thank you, ma'am!

ALL ABOUT NON-MENDELIAN INHERITANCE

Create your own at Storyboard That

As for the Codominance example, we have the most common which is the AB blood type.

Let's begin first with Incomplete Dominance.Incomplete dominance causes the two alleles to blend together, resulting in a third phenotype that is a combination of the two. The phenotype created has little resemblance to either parent.

Good day! We are the first group and we are going to discuss Incomplete Dominance, Codominance, Multiple Alleles, and Polygenic Inheritance

ALL ABOUT NON-MENDELIAN INHERITANCE

Good day, class! Today, we are going to talk about the Non-Mendelian Inheritance.

I already group you into two, and each of you had already the assigned topic. Now, let's proceed.

We will now, ma'am.

The second one is the Codominance.Both alleles are expressed in the progeny in codominance. When a red flower and a white flower are crossed, the result is flowers with red and white spots. On the offspring, both parent phenotypes are visible.

As an example for Incomplete Dominance, we have the crossing of white flower and red flower. When they cross, all their offspring will be pink flowers, a completely new phenotype. 

INCOMPLETE DOMINANCE, and CODOMINANCE

MULTIPLE ALLELES, AND POLYGENIC INHERITANCE

We will now proceed with Multiple Alleles.When a trait is controlled by more than two alleles, multiple alleles is described, and even if a trait is controlled by more than two alleles, each offspring only inherits two.

As per the Polygenic Inheritance, When two or more genes control the same trait, it is known as polygenic inheritance. Genes are frequently large in number but little in effect.

As an example of multiple alleles, we have the ABO blood system.

And for the Polygenic inheritance, we have human height, weight, and skin color.

That is all for our presentation today. Thank you!

Good day! We are the second reporters for today. We will discuss about Lethal Alleles, Sex Linked, Sex Influence, and Sex Limited Inheritance.

LETHAL ALLELES, AND SEX LINKED INHERITANCE

To begin with, we have here Lethal Alleles.Alleles that induce death in the organism that bears them are known as lethal alleles. Depending on the genes involved, lethal alleles are recessive, dominant, or conditional.

The next one is the Sex Linked Inheritance. Sex linked occurs in which a gene is located on a sex chromosome. These traits are influenced by genes on the X chromosome in humans because the X chromosome is larger and contains more genes than the Y chromosome.

And for the Sex Linked Inheritance example hemophilia, red-green color blindness, congenital night blindness,

For the lethal allele example, we have the human diseases caused by recessive lethal alleles include cystic fibrosis, sickle-cell anemia, and achondroplasia

LETHAL ALLELES, AND SEX LINKED INHERITANCE

We'll move on to Sex Influenced Inheritance now. Sex-influenced traits are autosomal traits that are impacted by sex but do not express themselves differently in men and women.

And last but not the least, we have the Sex Limited Inheritance.Genes on autosomes determine sex-limited traits, which are expressed or visible only in one sex. Sexual dimorphism is caused by them.

And for the Sex Limited Inheritance example, we have here lactation, or milk production. Although the genes for producing milk are carried by both males and females, only lactating females express these genes.

As an example for Sex Influenced Inheritance, we have soft facial hair in females vs coarse facial hairs in males.

That is all for our presentation today. Thank you!

Job well done, class! I am impressed with your reporting.

You can all go now. Class dismissed.

I hope that you learned a very useful information regarding the Non-Mendelian Inheritance.

Thank you, ma'am!

ALL ABOUT NON-MENDELIAN INHERITANCE

Ver como presentación de diapositivas
Storyboard That Characters Storyboard That

Crea tu propio guión gráfico

¡Pruébalo gratis!

Crea tu propio guión gráfico

¡Pruébalo gratis!
Más de 30 millones de guiones gráficos creados
¡Sin Descargas, sin Tarjeta de Crédito y sin Necesidad de Iniciar Sesión Para Probar!
Storyboard That Family

Utilizamos cookies para que obtengas la mejor experiencia, Política de Privacidad