The Anti-Mullerian hormone is also known as Mullerian Inhibiting Factor (MIF) or sometimes Mullerian Inhibiting Hormone (MIH). It is also known as a malaria-inhibiting substance (MIS). AMH also plays a significant role in puberty. It shows a role in the early development of follicles. AMH levels can be a good test to determine the number of follicles that are present in women's ovaries. It is also one of the important topics of the biology chapter Reproductive Health Class 12th. It carries a weightage of 2-5% of the total marks in the entrance exams like NEET, Paramedical and Pharmacy.
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The Anti-Mullerian hormone is usually defined as a protein that plays a role in the development of the reproductive tract, mostly in the male fetus. It is secreted and synthesized by reproductive tissues before the birth of a child, by the testes in the case of males and the ovaries in the case of females. The function of AMH and the quantity of AMH normally present vary with sex and age. The AMH helps with sexual differentiation in the foetus.
Functions Of Anti-Mullerian Hormone
AMH is secreted in the foetal testis and ovary (reproductive organs) before birth. It demonstrates the presence of both Mullerian (female) and Wolffian (male) ducts during the seventh week after foetal conception. Anti Mullerian Hormone also has several other functions apart from these. It is one of the important hormones during the birth of the child. Some of the major functions are described below in the table:
Functions | Explanation |
In the fetal Development |
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Presence of Mullerian and Wolffian Ducts |
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Male fetus development |
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Female Fetus Development |
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Role in Puberty |
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Indicator of Follicle Count in women's |
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Anti Mullerian Hormone is important because of its crucial function in our body. In males, it has limited functions while in females it is of great significance till menopause. Some of the important significance of Anti Mullerian Hormone in our body is discussed below:
Significance | Illustration of Significance |
Absence of a sufficient amount of Anti Mullerian Hormone during fetal development |
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High level of Anti Mullerian Hormone in ovaries |
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Anti-Mullerian Hormone and Polycystic Ovary Syndrome (PCOS) |
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Anti Mullerian Hormone for egg preservation |
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Anti-Mullerian Hormone during Menopause |
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Anti-Mullerian Hormone in Hormonal Coordination |
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During the development of a male child, the testes secrete AMH, which ceases the development of female reproductive organs and hence promotes the development of male reproductive organs.
Roles | Anti-Mullerian Hormone in Males | Anti-Mullerian Hormone in Females |
Fetal development |
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Childhood |
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Adolescence phase |
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Menopause | - |
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The AMH test is another name for an Anti-Mullerian hormone test. There are several uses of this test and it is helpful in several ways. Some of the major ones are discussed below
One of the identifying factors for early menopause and Menstrual cycle cessation.
The Anti Mullerian Hormone Test helps detect ovarian cancer.
It has to investigate the causes of missed or irregular periods.
AMH also helps to diagnose Polycystic Ovary Syndrome (PCOS).
AMH also helps in checking the ability to produce eggs for fertilization or pregnancy.
Anti Mullerian Hormone is one of the determining factors for the number of potential eggs reserved in the ovary.
There are several uses of Anti Mullerian Hormone which is related to fertility and IVF treatments. It is one of the important tools in predicting the success of your IVF treatment. Some important points regarding fertility are discussed below in the table:
Roles | Description |
Anti-Mullerian Hormone for Fertility |
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IVF Success Predictions |
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It's hard to remember everything in a single go. We made the entire problem easy. Some of the tricks regarding antibiotics are given below which you can use to memorize the important points.
ANTI-MULLERIAN HORMONE: Important Points
A: Calculates of Ovarian Reserve
N: Not produced by degenerated follicles
T: Test for Fertility
I: High during Puberty (Females)
M: Monitors for Polycystic Ovary Syndrome (PCOS)
U: Used to predict late periods or menopause
L: Levels decline with the end of the reproductive phase
E: Essential for Sexual organ developments
R: Regulates Follicle-Stimulating Hormone (FSH) Hormone
I: Inhibits Mullerian Duct Development in Males
A: Assists in Detecting Ovarian Tumors
N: Normal Range Varies in males and females
Classification of Functions
P: Predicts IVF Success
D: Decides ovarian response
F: Facilitates Fertility Issues
S: Serves as a successful marker for fertility treatments
During the preparation of the exam, there are different types of questions asked about Anti Mullerian Hormone in different forms. The table given below contains the different patterns of questions asked in different exams.
Exam Type | Types of Questions Asked |
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Paramedical |
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It is important to keep weightage of the topic in mind throughout the preparation. The weightage of Anti Mullerian Hormone in different exams is mentioned below in the table:
Exam | Weightage |
CBSE | 3% |
NEET | 4% |
Paramedical | 2% |
Pharmacy | 3% |
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The normal AMH blood level is represented here:
High: greater than 3.0 ng/ml
Normal: Above 1.0 ng/ml
0.6—0.9 ng/mL is considered low normal.
-0.4—0.7 ng/ml is considered low.
Very Low: Less than 0.3 ng/ml
If the right level of AMH is not synthesised at the time of the development of a baby in the foetus, then it can lead to the development of both male and primary female organs. A baby who is born with ambiguous genitalia—both the genitalia are present—is not easily recognised as either male or female.
AMH plays a very important role in sexual differentiation in the foetus.
In women: AMH helps to balance the monthly menstrual cycle. It also helps promote the functioning of the follicle-stimulating hormone (FSH) and the luteinizing hormone (LH).
In men: AMH helps in the development of male reproductive organs and also helps to develop secondary sexual characteristics.
In females
Less than 24 months: Less than 5 ng/mL
24 months to 12 years: less than 10ng/mL
13–45 years: 1 to 10 ng/mL
More than 45 years; less than 1 ng/mL
In Males:
Younger than 24 months: 15 to 500 ng/mL
24 months to 12 years: 7 to 240 ng/mL
More than 12 years: 0.7 to 20 ng/mL
To maintain Anti Mullerian Hormone you need to have a healthy lifestyle following balanced nutrition, regular exercise and managing your stress level.
Anti Mullerian Hormone is a protein hormone which is produced by ovarian follicles and is responsible for the development of sexual organs.
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