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Asked: 8 months agoIn: , ,
Dr Beauty Akther
Pundit

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laboratorynecssity
  1. Dr Md shahriar kabir B H M S; MPH
    Dr Md shahriar kabir B H M S; MPH Enlightened dr.basuriwala

    🧪 Necessity of a Homoeopathic Laboratory A homoeopathic laboratory is essential for ensuring the quality, safety, efficacy, and standardization of homoeopathic medicines. It plays a vital role in both clinical practice and pharmaceutical manufacturing. 🔍 Key Reasons for Its Necessity 1. Quality ContRead more

    🧪 Necessity of a Homoeopathic Laboratory

    A homoeopathic laboratory is essential for ensuring the quality, safety, efficacy, and standardization of homoeopathic medicines. It plays a vital role in both clinical practice and pharmaceutical manufacturing.

    🔍 Key Reasons for Its Necessity
    1. Quality Control & Standardization
    Ensures that remedies meet the standards set by the Homoeopathic Pharmacopoeia of India (HPI).
    Monitors purity, potency, and safety of raw materials and finished products.
    Prevents adulteration and contamination during preparation.
    2. Accurate Diagnosis Support
    Laboratory investigations help identify the pathology, prognosis, and functional disturbances.
    Assists in differentiating common vs. uncommon symptoms, especially in chronic cases.
    3. Preparation of Medicines
    Facilitates proper potentization (e.g., LM scale, centesimal scale).
    Maintains consistency in succussion, dilution, and storage conditions.
    4. Research & Development
    Enables innovation in remedy formulation and testing.
    Supports clinical trials and pharmacological studies to validate homoeopathic principles.
    5. Regulatory Compliance
    Fulfills legal and scientific standards under the Drugs and Cosmetics Act.
    Laboratories like the Homeopathic Pharmacopoeia Laboratory (HPL) serve as national reference centers.
    6. Education & Training
    Provides hands-on experience for students and professionals in homoeopathic pharmacy and case analysis.
    Enhances understanding of drug preparation, analysis, and dispensing.
    🧠 Philosophical Alignment with Hahnemann
    Hahnemann emphasized investigating the exciting cause, fundamental cause, and obstacles to cure.
    Laboratory tools help uncover these hidden factors, aligning with his teachings in §§71–104 of the Organon.

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Asked: 8 months agoIn: , ,
Dr Beauty Akther
Pundit

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dynamizationimportancenecessitypotentisationpotentization
  1. Dr Md shahriar kabir B H M S; MPH
    Dr Md shahriar kabir B H M S; MPH Enlightened dr.basuriwala

    Potentisation is absolutely central to homeopathy—it’s what transforms a raw substance into a therapeutic remedy. Here's why it's necessary: ⚗️ What Is Potentisation? Potentisation (or dynamisation) is the process of serial dilution and succussion (vigorous shaking) of a substance. It’s designed toRead more

    Potentisation is absolutely central to homeopathy—it’s what transforms a raw substance into a therapeutic remedy. Here’s why it’s necessary:

    ⚗️ What Is Potentisation?
    Potentisation (or dynamisation) is the process of serial dilution and succussion (vigorous shaking) of a substance. It’s designed to enhance the healing power while minimizing toxicity.

    🌿 Why Is It Necessary?

    – Reduces Toxicity: Many original substances are toxic in crude form. Potentisation makes them safe by diluting them beyond chemical detectability.
    – Releases Latent Energy: According to Dr. Hahnemann, potentisation awakens the dynamic medicinal properties hidden in substances.
    – Enhances Therapeutic Power: Surprisingly, higher dilutions (with proper succussion) are believed to have stronger curative effects, not weaker ones.
    – Makes Insoluble Substances Usable: Substances like gold or silica are made soluble and therapeutically active through trituration and potentisation.
    – Tailors Treatment: Different potencies are used depending on the patient’s sensitivity, disease nature, and response to remedies.

    🧠 A Philosophical Touch
    Homeopathy views illness as a disturbance in the body’s vital force. Potentised remedies are thought to act on this energetic level, stimulating the body’s own healing mechanisms.

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Asked: 8 months agoIn: ,
Dr Beauty Akther
Pundit

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trituration
  1. Dr Md shahriar kabir B H M S; MPH
    Dr Md shahriar kabir B H M S; MPH Enlightened dr.basuriwala

    Trituration is a process that involves grinding, crushing, or mixing substances into a fine powder or homogeneous mixture. It’s widely used in chemistry, pharmacy, biology, and even juicing. Here's a breakdown: 🧪 In Chemistry & Pharmacy - Definition: Trituration is the act of reducing particle sRead more

    Trituration is a process that involves grinding, crushing, or mixing substances into a fine powder or homogeneous mixture. It’s widely used in chemistry, pharmacy, biology, and even juicing. Here’s a breakdown:

    🧪 In Chemistry & Pharmacy
    – Definition: Trituration is the act of reducing particle size by grinding, often using a mortar and pestle.
    – Purpose:
    – To purify compounds by separating soluble impurities from insoluble desired products.
    – To dilute potent drugs with inert substances like lactose for easier handling.
    – Example: Mixing a small amount of hormone with sugar to create a manageable tablet dose.

    🧬 In Biology
    – Definition: Trituration refers to fragmenting biological tissues or aggregates into smaller components.
    – Method: Often done by repeatedly passing the material through a pipette to break it down into cells or molecules.

    🦷 In Dentistry
    – Example: Creating dental amalgam by grinding metal particles with mercury to form a uniform mixture.

    🥤 In Juicing
    – Triturating Juicers: These juicers crush produce to extract juice and fiber, preserving nutrients.

    🔍 Comparison: Trituration vs. Levigation

    1. Trituration- Dry (Grind solids into fine powder)
    2. Levigation- Liquid (Grind solids with liquid to aid dispersion)

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Asked: 8 months agoIn: ,
Dr Beauty Akther
Pundit

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distilled waterproperties
  1. Dr Md shahriar kabir B H M S; MPH
    Dr Md shahriar kabir B H M S; MPH Enlightened dr.basuriwala

    Distilled water is one of the purest forms of water, created by boiling and condensing steam to remove impurities and minerals. Its unique properties make it essential in scientific, medical, and industrial applications. 💧 Physical & Chemical Properties of Distilled Water 1. Purity- Free from diRead more

    Distilled water is one of the purest forms of water, created by boiling and condensing steam to remove impurities and minerals. Its unique properties make it essential in scientific, medical, and industrial applications.

    💧 Physical & Chemical Properties of Distilled Water

    1. Purity- Free from dissolved salts, minerals, and organic contaminants
    2. Appearance- Clear, colorless, and odorless
    3. Taste- Often described as “flat” due to lack of minerals
    4. Boiling Point- 100°C (212°F) at sea level
    5. Freezing Point- 0°C (32°F)
    6. pH Level- Slightly acidic (~5.8) due to absorption of CO₂ from air
    7. Electrical Conductivity- Very low, due to absence of ions
    8. Density- Approximately 1 g/cm³ at 4°C
    9. Vapor Pressure- Low, contributing to slow evaporation
    10. Corrosiveness- Non-corrosive to most materials; ideal for sensitive equipment

    🧪 Why These Properties Matter

    – Laboratory Use: Its purity ensures accurate chemical reactions and prevents contamination.
    – Medical Equipment: Used in CPAP machines and sterilization to avoid mineral buildup.
    – Automotive Systems: Prevents corrosion in batteries and cooling systems.
    – Cosmetics & Pharmaceuticals: Ensures product stability and safety.

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Asked: 8 months agoIn: ,
Dr Beauty Akther
Pundit

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ethyl alcoholmolassespreparation
  1. Dr Md shahriar kabir B H M S; MPH
    Dr Md shahriar kabir B H M S; MPH Enlightened dr.basuriwala

    The preparation of ethyl alcohol (ethanol) from molasses is a widely used industrial process, especially in countries with abundant sugarcane production. Molasses, a byproduct of sugar refining, contains fermentable sugars that can be converted into ethanol through microbial fermentation. 🧪 Steps inRead more

    The preparation of ethyl alcohol (ethanol) from molasses is a widely used industrial process, especially in countries with abundant sugarcane production. Molasses, a byproduct of sugar refining, contains fermentable sugars that can be converted into ethanol through microbial fermentation.

    🧪 Steps in the Preparation of Ethyl Alcohol from Molasses

    1. Dilution of Molasses
    – Molasses is thick and viscous, so it’s diluted with water to create a sugar solution.
    – The sugar concentration is adjusted to around 10–15% for optimal fermentation.

    2. Sterilization
    – The diluted molasses is sterilized to eliminate unwanted microbes.
    – This ensures that only the desired yeast strain will act during fermentation.

    3. Fermentation
    – Yeast (Saccharomyces cerevisiae) is added to the diluted molasses.
    – Enzymes like invertase convert sucrose into glucose and fructose.
    – Then zymase converts glucose/fructose into ethanol and carbon dioxide:

    C12H22O11 + H2O → C6H12O6 + C6H12O6
    C6H12O6 → 2 C2H5OH + 2 CO2

    – Fermentation is carried out anaerobically at 28–32°C for 30–70 hours.

    4. Distillation
    – The fermented mash (called “beer”) contains about 8–10% ethanol.
    – It’s distilled to separate ethanol from water and other impurities.
    – Fractional distillation yields rectified spirit (~95% ethanol).

    5. Dehydration (Optional)
    – If absolute alcohol (100% ethanol) is needed, further dehydration is done using agents like benzene or molecular sieves.

    ⚙️ By-products and Uses
    – Carbon dioxide: Captured and used in beverages or dry ice production.
    – Fusel oil: Contains higher alcohols like amyl alcohol, used in chemical industries.
    – Slops: Residual mash rich in nutrients, often used as cattle feed.

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Asked: 2 years agoIn: ,
ashfaq ahmed
Begginer

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synthesis
  1. Dr Md shahriar kabir B H M S; MPH
    Dr Md shahriar kabir B H M S; MPH Enlightened dr.basuriwala

    Synthesis Repertory is a comprehensive homeopathic repertory that is widely used by homeopaths worldwide for accurate prescribing and best results. It was first developed in 1987 and is based on the 6th American edition of Kent's repertory, containing all its rubrics and remedies. The Synthesis RepeRead more

    Synthesis Repertory is a comprehensive homeopathic repertory that is widely used by homeopaths worldwide for accurate prescribing and best results. It was first developed in 1987 and is based on the 6th American edition of Kent’s repertory, containing all its rubrics and remedies. The Synthesis Repertory has been improved over time and is now available in several languages, including English, French, German, Italian, and Spanish.

    Synthesis repertory by Frederik Schroyens is amongst the leading repertory in modern world with its ever-increasing new information. It contains latest proving information, many additions to Kent’s repertory. It has brought a huge benefit to the homeopathic practice with its structure, philosophical background and arrangement of rubrics and sub-rubrics.

    Synthesis repertory is based on the philosophy of Kent (deductive logic) with more precision and enhancement by addition of information from BBCR, Boericke’s Repertory, Phatak’s Repertory, Materia Medica by Hahnemann, Kent’s, Hering’s Encyclopaedia, Allen’s Encyclopaedia, Robert’s “Sensation as if ”.

    The latest Synthesis Repertory is the development of profound work, incorporating vast collection of information. It is the result of continuous work of the homeopathic community from different provinces in the world. Dr. Frederik Schroyens ultimately did this job in collaboration with the leading homoeopaths throughout the world leading to the development of synthesis repertory. Synthesis is a repertory linked to RADAR (Rapid Aid to Drug Aimed Research) project. It is based on 6th American edition of Kent’s repertory and contains all its rubrics and remedies. Since 1987 Synthesis has been used as database for RADAR. It has been commented upon and there by improved over and over again. Indeed not only additions of an increasing number of authors but also correction of existing data have been integrated.

    It contains: Remedy occurrences: More than 300,000 and Remedies described: 2,373

    With the vast data available and so many different ways to utilise it, we can sometimes lose sight of how we can actually use it for the best. This 2-part session provide insight into the intricacies of Synthesis repertory and solving them.

    The Synthesis Homeopathic Repertor app by ZEUS SOFT sprl is a popular mobile application that provides access to the full Synthesis edition 2009V. It contains more than 2,500 pages, 180,400 rubrics, and 1,077,000 remedy entries. The app also includes veterinary rubrics and additions (only in the English and German versions), Kent’s Treasure corrections and additions, Künzli dots, symptom clipboard management, bookmarking, and PDF analysis sharing.

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Asked: 2 years agoIn: , ,
AKM IMDADUL KABIR
Begginer

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blood tap
  1. Dr Md shahriar kabir B H M S; MPH
    Dr Md shahriar kabir B H M S; MPH Enlightened dr.basuriwala

    Blood tap is a term that can refer to different procedures in medical practice, depending on the context. Here are some possible meanings of blood tap: 1. Blood tap can mean a lumbar puncture or spinal tap, which is a procedure that involves inserting a needle into the lower back to collect cerebrosRead more

    Blood tap is a term that can refer to different procedures in medical practice, depending on the context. Here are some possible meanings of blood tap:

    1. Blood tap can mean a lumbar puncture or spinal tap, which is a procedure that involves inserting a needle into the lower back to collect cerebrospinal fluid (CSF) for diagnosis or treatment of various conditions affecting the brain and spinal cord. Sometimes, the needle may accidentally puncture a blood vessel and cause blood to mix with the CSF, resulting in a bloody or traumatic tap.
    2. Blood tap can also mean an abdominal tap or paracentesis, which is a procedure that involves inserting a needle into the abdomen to drain excess fluid that accumulates due to liver disease, infection, cancer, or other causes. The fluid is then analyzed for diagnosis or treatment of the underlying condition. Sometimes, the needle may cause bleeding in the abdomen, resulting in a bloody or complicated tap.
    3. Blood tap can also refer to a blood collection device that uses a bladeless technology to collect whole, capillary blood from the fingertip with minimal pain and discomfort. The blood sample can then be processed at any central lab for clinical trials or wellness testing.

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Asked: 5 years agoIn: , ,
Nasim

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pasteurization
  1. Dr Md shahriar kabir B H M S; MPH
    Dr Md shahriar kabir B H M S; MPH Begginer dr.basuriwala

    Pasteurization is a process of food preservation in which packaged and non-packaged foods (such as milk and fruit juices) are treated with mild heat, usually to less than 100°C (212°F), to eliminate pathogens and extend shelf life. The two most common methods of pasteurization are batch pasteurizatiRead more

    Pasteurization is a process of food preservation in which packaged and non-packaged foods (such as milk and fruit juices) are treated with mild heat, usually to less than 100°C (212°F), to eliminate pathogens and extend shelf life. The two most common methods of pasteurization are batch pasteurization and high-temperature short-time (HTST) pasteurization.

    Batch pasteurization, also known as the vat or holding method, involves heating milk or other liquid in a large container to at least 63°C (145°F) for 30 minutes. The liquid is then rapidly cooled to 4°C (39°F) or below.

    High-temperature short-time (HTST) pasteurization, also known as flash pasteurization, involves heating milk or other liquid to at least 72°C (162°F) for 15 seconds. The liquid is then rapidly cooled to 4°C (39°F) or below.

    There are also non-thermal pasteurization methods such as Pascalization or high-pressure processing (HPP), pulsed electric field (PEF), and microwave volumetric heating (MVH).

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Asked: 5 years agoIn: , , ,
Nasim

.

.

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candidiasis
  1. Dr Md shahriar kabir B H M S; MPH
    Dr Md shahriar kabir B H M S; MPH Enlightened dr.basuriwala

    There are several laboratory tests that can be used to diagnose candidiasis. The most common test is a **blood culture test**, which checks if Candida grows from a blood sample. Other tests include **mannan antigen and anti-mannan antibody test**, which detects a carbohydrate in the cell wall of CanRead more

    There are several laboratory tests that can be used to diagnose candidiasis. The most common test is a **blood culture test**, which checks if Candida grows from a blood sample. Other tests include **mannan antigen and anti-mannan antibody test**, which detects a carbohydrate in the cell wall of Candida, and **organic acids urine test**, which measures the metabolites of Candida in the body. For candida in the mouth or throat, a visual examination or a small sample from the area may be enough. For candida in the esophagus, an **endoscopy** may be needed.

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Asked: 3 years agoIn: , , ,
Dr Beauty Akther
Begginer

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thyroidthyroid functions
  1. Dr Md shahriar kabir B H M S; MPH
    Dr Md shahriar kabir B H M S; MPH Enlightened dr.basuriwala

    The major thyroid hormone secreted by the thyroid gland is thyroxine, also called T4 because it contains four iodine atoms. To exert its effects, T4 is converted to triiodothyronine (T3) by the removal of an iodine atom. This occurs mainly in the liver and in certain tissues where T3 acts, such as iRead more

    The major thyroid hormone secreted by the thyroid gland is thyroxine, also called T4 because it contains four iodine atoms. To exert its effects, T4 is converted to triiodothyronine (T3) by the removal of an iodine atom. This occurs mainly in the liver and in certain tissues where T3 acts, such as in the brain. The amount of T4 produced by the thyroid gland is controlled by another hormone, which is made in the pituitary gland located at the base of the brain, called thyroid stimulating hormone (abbreviated TSH). The amount of TSH that the pituitary sends into the bloodstream depends on the amount of T4 that the pituitary sees. If the pituitary sees very little T4, then it produces more TSH to tell the thyroid gland to produce more T4. Once the T4 in the bloodstream goes above a certain level, the pituitary’s production of TSH is shut off. In fact, the thyroid and pituitary act in many ways like a heater and a thermostat. When the heater is off and it becomes cold, the thermostat reads the temperature and turns on the heater. When the heat rises to an appropriate level, the thermostat senses this and turns off the heater. Thus, the thyroid and the pituitary, like a heater and thermostat, turn on and off.
    T4 and T3 circulate almost entirely bound to specific transport proteins. If the levels of these transport proteins changes, there can be changes in how much bound T4 and T3 is measured. This frequently happens during pregnancy and with the use of birth control pills. The “free” T4 or T3 is the hormone that is unbound and able to enter and affect the body tissues.
    TESTS
    Blood tests to measure these hormones are readily available and widely used, but not all are useful in all situations. Tests to evaluate thyroid function include the following:

    TSH TESTS
    The best way to initially test thyroid function is to measure the TSH level in a blood sample. Changes in TSH can serve as an “early warning system” – often occurring before the actual level of thyroid hormones in the body becomes too high or too low. A high TSH level indicates that the thyroid gland is not making enough thyroid hormone (primary hypothyroidism). The opposite situation, in which the TSH level is low, usually indicates that the thyroid is producing too much thyroid hormone (hyperthyroidism). Occasionally, a low TSH may result from an abnormality in the pituitary gland, which prevents it from making enough TSH to stimulate the thyroid (secondary hypothyroidism). In most healthy individuals, a normal TSH value means that the thyroid is functioning properly.

    T4 TESTS
    T4 is the main form of thyroid hormone circulating in the blood. A Total T4 measures the bound and free hormone and can change when binding proteins differ (see above). A Free T4 measures what is not bound and able to enter and affect the body tissues. Tests measuring free T4 – either a free T4 (FT4) or free T4 index (FTI) – more accurately reflect how the thyroid gland is functioning when checked with a TSH.

    The finding of an elevated TSH and low FT4 or FTI indicates primary hypothyroidism due to disease in the thyroid gland. A low TSH and low FT4 or FTI indicates hypothyroidism due to a problem involving the pituitary gland. A low TSH with an elevated FT4 or FTI is found in individuals who have hyperthyroidism.

    T3 TESTS
    T3 tests are often useful to diagnosis hyperthyroidism or to determine the severity of the hyperthyroidism. Patients who are hyperthyroid will have an elevated T3 level. In some individuals with a low TSH, only the T3 is elevated and the FT4 or FTI is normal. T3 testing rarely is helpful in the hypothyroid patient, since it is the last test to become abnormal. Patients can be severely hypothyroid with a high TSH and low FT4 or FTI, but have a normal T3.

    FREE T3
    Measurement of free T3 is possible, but is often not reliable and therefore not typically helpful.

    REVERSE T3
    Reverse T3 is a biologically inactive protein that is structurally very similar to T3, but the iodine atoms are placed in different locations, which makes it inactive. Some reverse T3 is produced normally in the body, but is then rapidly degraded. In healthy, non-hospitalized people, measurement of reverse T3 does not help determine whether hypothyroidism exists or not, and is not clinically useful.

    THYROID ANTIBODY TESTS
    The immune system of the body normally protects us from foreign invaders such as bacteria and viruses by destroying these invaders with substances called antibodies produced by blood cells known as lymphocytes. In many patients with hypothyroidism or hyperthyroidism, lymphocytes react against the thyroid (thyroid autoimmunity) and make antibodies against thyroid cell proteins. Two common antibodies are thyroid peroxidase antibody and thyroglobulin antibody. Measuring levels of thyroid antibodies may help diagnose the cause of the thyroid problem. For example, positive anti-thyroid peroxidase and/or anti-thyroglobulin antibodies in a patient with hypothyroidism result in a diagnosis of Hashimoto’s thyroiditis. While detecting antibodies is helpful in the initial diagnosis of hypothyroidism due to autoimmune thyroiditis, following their levels over time is not helpful in detecting the development of hypothyroidism or response to therapy. TSH and FT4 are what tell us about the actual thyroid function or levels.

    A different antibody that may be positive in a patient with hyperthyroidism is the stimulatory TSH receptor antibody (TSI). This antibody causes the thyroid to be overactive in Graves’ Disease. If you have Graves’ disease, your doctor might also order a thyrotropin receptor antibody test (TSHR or TRAb), which detects both stimulating and blocking antibodies. Following antibody levels in Graves’ patients may help to assess response to treatment of hyperthyroidism, to determine when it is appropriate to discontinue antithyroid medication, and to assess the risk of passing antibodies to the fetus during pregnancy.

    THYROGLOBULIN
    Thyroglobulin (Tg) is a protein produced by normal thyroid cells and thyroid cancer cells. It is not a measure of thyroid function and it does not diagnose thyroid cancer when the thyroid gland is still present. It is used most often in patients who have had surgery for thyroid cancer in order to monitor them after treatment. Tg is included in this brochure of thyroid function tests to communicate that, although measured frequently in certain scenarios and individuals, Tg is not a primary measure of thyroid hormone function.

    NON-BLOOD TESTS
    RADIOACTIVE IODINE UPTAKE
    Because T4 contains iodine, the thyroid gland must pull a large amount of iodine from the bloodstream in order to make an appropriate amount of T4. The thyroid has developed a very active mechanism for doing this. Therefore, this activity can be measured by having an individual swallow a small amount of iodine, which is radioactive. The radioactivity allows the doctor to track where the iodine goes. By measuring the amount of radioactivity that is taken up by the thyroid gland (radioactive iodine uptake, RAIU), doctors may determine whether the gland is functioning normally. A very high RAIU is seen in individuals whose thyroid gland is overactive (hyperthyroidism), while a low RAIU is seen when the thyroid gland is underactive (hypothyroidism). In addition to the radioactive iodine uptake, a thyroid scan may be obtained, which shows a picture of the thyroid gland and reveals what parts of the thyroid have taken up the iodine (see Thyroid Nodules brochure).

    MEDICATIONS THAT INTERFERE WITH THYROID FUNCTION TESTING

    There are many medications that can affect thyroid function testing. Some common examples include:

    Estrogens, such as in birth control pills, or in pregnancy, cause high levels of total T4 and T3. This is because estrogens increase the level of the binding proteins. In these situations, it is better to ask both for TSH and free T4 for thyroid evaluation, which will typically be in the normal range.
    Biotin, a commonly taken over-the-counter supplement, can cause the measurement of several thyroid function tests to appear abnormal, when they are in fact normal in the blood. Biotin should not be taken for 2 days before blood is drawn for thyroid function testing to avoid this effect.

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