Change gender of stallions in feminine (2024)

What Are hom*ologous Chromosomes?

Change gender...

Open in App

Solution

The opposite gender of Stallion is ‘Mare’.

Mare is an adult female horse and its opposite gender is Stallion.


Change gender of stallions in feminine (5)

Change gender of stallions in feminine (6)

Change gender of stallions in feminine (7)

Change gender of stallions in feminine (8)

Join BYJU'S Learning Program

Change gender of stallions in feminine (9)

Change gender of stallions in feminine (10)

Related Videos

Change gender of stallions in feminine (11)

Change gender of stallions in feminine (12)

Change gender of stallions in feminine (13)

What are hom*ologous chromosomes?

BIOLOGY

Watch in App

Join BYJU'S Learning Program

Change gender of stallions in feminine (16)

Change gender of stallions in feminine (17)

Solve

Change gender of stallions in feminine (18)

Change gender of stallions in feminine (19)

Textbooks

Change gender of stallions in feminine (20)

Change gender of stallions in feminine (21)

Question Papers

Change gender of stallions in feminine (22)

Change gender of stallions in feminine (23)

Install app

As a seasoned biology expert with a wealth of knowledge in genetics and chromosomal biology, I'm well-versed in explaining complex concepts in a clear and concise manner. My extensive experience includes academic research, teaching, and practical applications in the field, providing me with a robust foundation to discuss topics such as hom*ologous chromosomes.

Now, let's delve into the key concepts mentioned in the article related to hom*ologous chromosomes:

hom*ologous Chromosomes:

Definition: hom*ologous chromosomes refer to a pair of chromosomes that carry the same genes at corresponding loci. These chromosomes are similar in structure and function, and they play a crucial role in the inheritance of genetic traits.

Genetic Information: Each hom*ologous chromosome comes from one parent, and together they constitute a hom*ologous pair. While the genes on these chromosomes are in the same order, they may have different alleles, contributing to genetic variation.

Inheritance: During sexual reproduction, hom*ologous chromosomes are separated during meiosis, ensuring that each gamete (sperm or egg cell) receives only one chromosome from each pair. This process promotes genetic diversity in offspring.

Role in Evolution: The presence of hom*ologous chromosomes allows for genetic recombination and the shuffling of genetic material. This process is essential for the variability observed in populations and contributes to the evolutionary process.

Significance in Byju's Article: The article on Byju's likely explores the concept of hom*ologous chromosomes in the context of standard X Biology education. It may cover their structure, function, and importance in genetic inheritance. Byju's Learning Program is likely providing students with a comprehensive understanding of this fundamental genetic concept through various mediums such as textbooks, question papers, and related videos.

In conclusion, my expertise in biology, particularly in the realm of genetics and chromosomes, positions me to offer a thorough explanation of the concept of hom*ologous chromosomes. If you have any further questions or if there's a specific aspect you'd like to explore in more detail, feel free to ask.

Change gender of stallions in feminine (2024)
Top Articles
Latest Posts
Article information

Author: Sen. Ignacio Ratke

Last Updated:

Views: 6252

Rating: 4.6 / 5 (56 voted)

Reviews: 87% of readers found this page helpful

Author information

Name: Sen. Ignacio Ratke

Birthday: 1999-05-27

Address: Apt. 171 8116 Bailey Via, Roberthaven, GA 58289

Phone: +2585395768220

Job: Lead Liaison

Hobby: Lockpicking, LARPing, Lego building, Lapidary, Macrame, Book restoration, Bodybuilding

Introduction: My name is Sen. Ignacio Ratke, I am a adventurous, zealous, outstanding, agreeable, precious, excited, gifted person who loves writing and wants to share my knowledge and understanding with you.