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Biotechnology

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bhawnagupta
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bhawnaguptaBeginner
Asked: 4 months agoIn: Biotechnology, Health & Fitness, Medical Science, Psychology

Which is a genetic inability to metabolize the amino acid …

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Which is a genetic inability to metabolize the amino acid phenylalanine?

Which is a genetic inability to metabolize the amino acid phenylalanine?

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  1. Pankaj Gupta
    Pankaj Gupta Scholar
    Added an answer about 4 months ago

    The genetic inability to metabolize the amino acid phenylalanine is known as Phenylketonuria (PKU). Phenylketonuria (PKU) Cause: It is caused by a mutation in the gene that encodes the enzyme phenylalanine hydroxylase (PAH), which is essential for converting phenylalanine into tyrosine. Effect: WithRead more

    The genetic inability to metabolize the amino acid phenylalanine is known as Phenylketonuria (PKU).

    Phenylketonuria (PKU)

    • Cause: It is caused by a mutation in the gene that encodes the enzyme phenylalanine hydroxylase (PAH), which is essential for converting phenylalanine into tyrosine.
    • Effect: Without this enzyme, phenylalanine accumulates in the body, leading to toxic levels that can cause brain damage and intellectual disabilities if not managed.
    • Inheritance: PKU is an autosomal recessive disorder, meaning a person must inherit two copies of the mutated gene (one from each parent) to develop the condition.
    • Management: It is managed by a strict diet low in phenylalanine, starting in infancy, to prevent the harmful effects of the amino acid buildup.

    Newborns are routinely screened for PKU as part of standard neonatal screening programs in many countries.

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Pankaj GuptaScholar
Asked: 4 months agoIn: Agriculture, Biotechnology, Science, UPSC

How many of the given statements are correct regarding the role of biofilters in Recirculating Aquaculture System?

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With reference to the role of biofilters in Recirculating Aquaculture System, consider the following statements:                                                    ...Read more

With reference to the role of biofilters in Recirculating Aquaculture System, consider the following statements:                                                                                                                                                [2023]
1. Biofilters provide waste treatment by removing uneaten fish feed.
2.  Biofilters convert ammonia present in fish waste to nitrate.
3.  Biofilters increase phosphorus as nutrient for fish in water.

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aquaculture systembiofiltersupsc pre 2023
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  1. Pankaj Gupta
    Pankaj Gupta Scholar
    Added an answer about 4 months ago

    Biofilters play a crucial role in Recirculating Aquaculture Systems by eliminating nitrogenous waste produced by aquatic organisms. They utilize nitrifying bacteria to transform toxic ammonia into nitrites, which are also harmful. Subsequently, other bacteria further convert these nitrites into harmRead more

    Biofilters play a crucial role in Recirculating Aquaculture Systems by eliminating nitrogenous waste produced by aquatic organisms. They utilize nitrifying bacteria to transform toxic ammonia into nitrites, which are also harmful. Subsequently, other bacteria further convert these nitrites into harmless nitrates, ensuring water quality. Importantly, biofilters are engineered to remove pollutants rather than introduce nutrients into the system, making statement 3 inaccurate.

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Jawahar
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JawaharExplorer
Asked: 5 months agoIn: Biotechnology

How does the digestive system break down food?

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How does the digestive system break down food?

How does the digestive system break down food?

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  1. Aditya Gupta
    Aditya Gupta Scholar
    Added an answer about 5 months ago

    enzymes

    enzymes

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Jawahar
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JawaharExplorer
Asked: 5 months agoIn: Biotechnology

How does the process of protein synthesis work?

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How does the process of protein synthesis work?

How does the process of protein synthesis work?

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  1. Aditya Gupta
    Aditya Gupta Scholar
    Added an answer about 5 months ago

    Protein synthesis involves two main steps: 1. Transcription: DNA is converted into mRNA in the nucleus. 2. Translation: mRNA is read by ribosomes to assemble amino acids into a protein.

    Protein synthesis involves two main steps:

    1. Transcription: DNA is converted into mRNA in the nucleus.

    2. Translation: mRNA is read by ribosomes to assemble amino acids into a protein.

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Jawahar
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JawaharExplorer
Asked: 5 months agoIn: Biotechnology

What is the role of the skeletal system in movement?

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What is the role of the skeletal system in movement?

What is the role of the skeletal system in movement?

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  1. Aditya Gupta
    Aditya Gupta Scholar
    Added an answer about 5 months ago

    The skeletal system provides support and works with muscles to enable movement.

    The skeletal system provides support and works with muscles to enable movement.

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Jawahar
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JawaharExplorer
Asked: 5 months agoIn: Biotechnology

What are the main components of the Earth's atmosphere?

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What are the main components of the Earth’s atmosphere?

What are the main components of the Earth’s atmosphere?

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  1. Aditya Gupta
    Aditya Gupta Scholar
    Added an answer about 5 months ago

    Nitrogen, oxygen, argon, and carbon dioxide are the main components.

    Nitrogen, oxygen, argon, and carbon dioxide are the main components.

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Jawahar
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JawaharExplorer
Asked: 5 months agoIn: Biotechnology

What is the role of the lymphatic system in immunity?

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What is the role of the lymphatic system in immunity?

What is the role of the lymphatic system in immunity?

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  1. Pankaj Gupta
    Pankaj Gupta Scholar
    Added an answer about 5 months ago

    The lymphatic system plays a crucial role in the body's immune defense by helping to detect, respond to, and eliminate pathogens, toxins, and abnormal cells. It acts as a secondary circulatory system that supports immune function in several key ways: 1. Transport of Lymph The lymphatic system circulRead more

    The lymphatic system plays a crucial role in the body’s immune defense by helping to detect, respond to, and eliminate pathogens, toxins, and abnormal cells. It acts as a secondary circulatory system that supports immune function in several key ways:

    1. Transport of Lymph

    • The lymphatic system circulates a clear fluid called lymph, which contains immune cells, nutrients, and waste products.
    • Lymph collects pathogens, toxins, and cellular debris from tissues and transports them to lymph nodes for immune surveillance.

    2. Lymph Nodes as Immune Checkpoints

    • Lymph nodes are small, bean-shaped structures located along lymphatic vessels.
    • They filter lymph and house immune cells such as lymphocytes (T cells and B cells) and macrophages.
    • When pathogens are detected, lymph nodes act as centers where immune cells are activated to mount a defense.

    3. Production and Maturation of Immune Cells

    • Bone Marrow: Produces all types of blood cells, including lymphocytes.
    • Thymus: A lymphatic organ where T lymphocytes mature and are “trained” to recognize specific pathogens.

    4. Pathogen Detection and Response

    • Antigen Presentation: Specialized cells like dendritic cells capture antigens (pathogen markers) and present them to lymphocytes in lymph nodes, initiating an immune response.
    • Activated T cells and B cells then proliferate and differentiate to target specific pathogens.

    5. Circulation of Immune Cells

    • The lymphatic system serves as a highway for immune cells, allowing them to travel to areas of infection or injury.
    • It also helps distribute antibodies produced by B cells to neutralize pathogens.

    6. Removal of Pathogens and Waste

    • The lymphatic system collects and removes pathogens, dead cells, and metabolic waste from tissues, preventing the spread of infections.

    7. Role in Adaptive Immunity

    • Lymphatic tissues, such as the spleen and tonsils, help coordinate adaptive immune responses.
    • The spleen filters blood, removes old or damaged red blood cells, and detects blood-borne pathogens.

    8. Maintenance of Fluid Balance

    • By draining excess interstitial fluid from tissues, the lymphatic system prevents swelling (edema) and creates an environment conducive to effective immune responses.

    9. Role in Surveillance and Memory

    • Lymphatic tissues monitor the body for signs of infection or abnormal cells (e.g., cancer cells).
    • Memory cells generated in lymphatic organs ensure a quicker and more robust response to previously encountered pathogens.

    The lymphatic system acts as a crucial component of the immune system by detecting threats, coordinating immune responses, and maintaining overall tissue health. Without it, the body would struggle to defend itself against infections and maintain homeostasis.

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Jawahar
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JawaharExplorer
Asked: 5 months agoIn: Biotechnology

How do the organs of the digestive system work together?

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How do the organs of the digestive system work together?

How do the organs of the digestive system work together?

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  1. Arshe Alam
    Arshe Alam Beginner
    Added an answer about 4 months ago

    my digestive system work Each part of your digestive system helps to move food and liquid through your GI tract, break food and liquid into smaller parts, or both. Once foods are broken into small enough parts, your body can absorb and move the nutrients to where they are needed.

    my digestive system work Each part of your digestive system helps to move food and liquid through your GI tract, break food and liquid into smaller parts, or both. Once foods are broken into small enough parts, your body can absorb and move the nutrients to where they are needed.

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Jawahar
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JawaharExplorer
Asked: 5 months agoIn: Biotechnology

What is the role of insulin in the body?

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What is the role of insulin in the body?

What is the role of insulin in the body?

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  1. Pankaj Gupta
    Pankaj Gupta Scholar
    Added an answer about 5 months ago

    Insulin is a crucial hormone in the body that plays a key role in regulating blood sugar (glucose) levels, energy metabolism, and overall homeostasis. It is produced and secreted by the beta cells of the pancreas in response to rising blood glucose levels, such as after eating a meal. Here’s a detaiRead more

    Insulin is a crucial hormone in the body that plays a key role in regulating blood sugar (glucose) levels, energy metabolism, and overall homeostasis. It is produced and secreted by the beta cells of the pancreas in response to rising blood glucose levels, such as after eating a meal. Here’s a detailed look at the role of insulin in the body:

    Key Functions of Insulin:

    1. Regulating Blood Glucose Levels:
      • After you consume food, especially carbohydrates, your blood sugar levels rise. In response, the pancreas releases insulin into the bloodstream.
      • Insulin helps lower blood glucose levels by promoting the uptake of glucose into cells, particularly muscle and fat cells, where it can be used for energy or stored for later use.
    2. Facilitating Glucose Storage:
      • Insulin stimulates the liver and muscles to store excess glucose as glycogen, a form of energy storage.
      • It also promotes the conversion of glucose into fat in adipose (fat) tissue when glycogen stores are full, helping store energy for long-term use.
    3. Promoting Protein Synthesis:
      • Insulin helps in the uptake of amino acids (the building blocks of protein) into muscle cells, where they can be used to synthesize proteins.
      • This is important for muscle growth, repair, and overall cellular function.
    4. Inhibiting Fat Breakdown:
      • Insulin prevents the breakdown of fat (lipolysis) by inhibiting the action of enzymes responsible for breaking down stored fat into fatty acids.
      • This function ensures that the body uses glucose as the primary energy source when insulin is present, rather than resorting to fat stores.
    5. Maintaining Energy Balance:
      • Insulin works alongside other hormones, such as glucagon, to maintain a balance between energy storage and energy usage. When blood sugar levels fall too low, glucagon is released to signal the liver to break down stored glycogen into glucose.
      • Together, insulin and glucagon help maintain stable blood glucose levels within a narrow range, ensuring the body has a consistent supply of energy.

    Impact of Insulin Imbalance:

    • Insulin Deficiency or Resistance:
      • When the body cannot produce enough insulin or becomes resistant to it (as in Type 2 diabetes), blood glucose levels rise, leading to hyperglycemia.
      • In Type 1 diabetes, the body’s immune system attacks and destroys the insulin-producing cells in the pancreas, leading to insulin deficiency.
      • Without adequate insulin, the body cannot effectively regulate blood sugar, leading to complications such as damage to blood vessels, nerves, and organs over time.
    • Hypoglycemia:
      • If too much insulin is released (such as with excessive insulin injections), blood glucose levels can drop too low, leading to hypoglycemia (low blood sugar). This condition can cause symptoms like dizziness, confusion, shaking, and, in severe cases, loss of consciousness.

    In essence, insulin is essential for regulating blood glucose levels, ensuring energy storage and use, and maintaining overall metabolic balance. It plays a crucial role in helping the body process and utilize nutrients from food, and its proper functioning is vital for energy homeostasis and general health.

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Jawahar
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JawaharExplorer
Asked: 5 months agoIn: Biotechnology

What is the process of osmosis in cells?

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What is the process of osmosis in cells?

What is the process of osmosis in cells?

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  1. Pankaj Gupta
    Pankaj Gupta Scholar
    Added an answer about 5 months ago

    Osmosis is the movement of water molecules across a semi-permeable membrane from an area of lower solute concentration to an area of higher solute concentration. This process occurs in cells to maintain equilibrium, balance fluid levels, and support various physiological functions. Here's a breakdowRead more

    Osmosis is the movement of water molecules across a semi-permeable membrane from an area of lower solute concentration to an area of higher solute concentration. This process occurs in cells to maintain equilibrium, balance fluid levels, and support various physiological functions. Here’s a breakdown of how osmosis works in cells:

    Key Features of Osmosis:

    1. Semi-Permeable Membrane: The cell membrane is semi-permeable, meaning it allows certain molecules (like water) to pass through but not others (like larger molecules or solutes). This selective permeability is critical for regulating the cell’s internal environment.
    2. Water Movement: During osmosis, water molecules move from areas where the solute concentration (such as salt or sugar) is low to areas where it is high. Water moves to dilute the higher concentration of solutes, aiming to equalize the concentration on both sides of the membrane.
    3. Concentration Gradient: The difference in the concentration of solutes across the membrane creates a concentration gradient. Water flows down this gradient, meaning it moves from the side with more water (fewer solutes) to the side with less water (more solutes).

    Osmosis in Cells:

    In the context of a cell, osmosis plays a vital role in maintaining homeostasis, or the stability of the cell’s internal environment. The direction of water movement depends on the relative concentrations of solutes inside the cell compared to outside the cell. The solution outside the cell can be classified as:

    1. Isotonic Solution: The solute concentration outside the cell is equal to the solute concentration inside the cell. In this case, there is no net movement of water, and the cell maintains its shape and size.
    2. Hypotonic Solution: The solute concentration outside the cell is lower than inside the cell. Water moves into the cell, causing it to swell. If too much water enters, the cell may burst, a condition known as lysis in animal cells or turgor pressure in plant cells, which can help plants maintain their structure.
    3. Hypertonic Solution: The solute concentration outside the cell is higher than inside the cell. Water moves out of the cell, causing it to shrink or crenate in animal cells. In plant cells, this can lead to plasmolysis, where the cell membrane pulls away from the cell wall due to water loss.

    Importance of Osmosis:

    • Cellular Function: Osmosis regulates the internal water balance, helping cells maintain their shape and function.
    • Nutrient and Waste Transport: Osmosis is involved in the transport of nutrients and waste products across the cell membrane.
    • Turgidity in Plants: In plant cells, osmosis helps maintain turgor pressure, which is essential for the plant’s structural integrity and growth.

    Osmosis is a vital process that enables cells to maintain water balance, support metabolic functions, and adapt to changes in their environment.

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