In sexual assault of a child, the hymen is usually not ruptured due to:
Plaintiff is a person who:
In civil cases, conduct money is decided by:
Bansdola is a form of strangulation by?
Poisoning with which of the following retards putrefaction:
Graze is a form of:
In a case of hanging, ligature mark is an example of:
Postmortem caloricity may be seen in all the following causes of death, except:
Which of the following is NOT a part of a firearm?
Paltauf's hemorrhages are seen in:
NEET-PG 2013 - Forensic Medicine NEET-PG Practice Questions and MCQs
Question 41: In sexual assault of a child, the hymen is usually not ruptured due to:
- A. Distensible
- B. Too tough to rupture
- C. Underdeveloped
- D. Deep seated (Correct Answer)
Explanation: ***Deep seated*** - In prepubertal children, the hymen is **deep-seated within the vaginal orifice**, positioned well inside the vaginal opening - This anatomical location provides **natural protection** from external trauma - The deep position means that superficial contact may not reach the hymenal tissue - This is the **classical forensic medicine teaching** regarding preservation of hymen in child sexual assault cases *Incorrect: Distensible* - While the child's hymen is indeed elastic and distensible (which also contributes to non-rupture), this is not the primary reason cited in forensic literature - Distensibility is a secondary protective factor *Incorrect: Too tough to rupture* - The prepubertal hymen is **not particularly tough or thick** - In fact, it is relatively thin and delicate compared to post-pubertal hymen - Toughness is not the protective mechanism *Incorrect: Underdeveloped* - The hymen is present and developed in children, just positioned differently - "Underdeveloped" does not explain the protection from rupture - The issue is **anatomical position**, not developmental status
Question 42: Plaintiff is a person who:
- A. Gives judgment
- B. Acts as defender
- C. Same as public prosecutor
- D. Files a case in civil court (Correct Answer)
Explanation: ***Files a case in civil court*** - A **plaintiff** is the party who initiates a lawsuit (a civil case) before a court. - They are the party seeking **legal remedy** or damages from another party (the defendant). *Gives judgment* - The act of "giving judgment" is reserved for the **judge** or the **court**, not a plaintiff. - A judge presides over legal proceedings and **makes legal determinations**. *Acts as defender* - The party against whom a lawsuit is brought is called the **defendant**, not the plaintiff. - A defender's role is to **contest the claims** made by the plaintiff. *Same as public prosecutor* - A **public prosecutor** represents the state or government in criminal proceedings, initiating charges against individuals for alleged crimes. - A **plaintiff** initiates civil actions between private parties, seeking compensation or other civil remedies, not criminal conviction.
Question 43: In civil cases, conduct money is decided by:
- A. Judge (Correct Answer)
- B. Doctor
- C. Witness
- D. Lawyer
Explanation: ***Judge*** - In legal proceedings, the **Judge** holds the authority to determine and order the amount of **conduct money** to be paid. - **Conduct money** is an allowance paid to a witness for their reasonable travel expenses and loss of earnings incurred due to attending court. *Doctor* - A **doctor's** role is primarily focused on medical assessment and treatment, and they have no authority over legal financial matters like **conduct money**. - While a doctor might be a witness, they do not decide the compensation for their own or other witnesses' attendance. *Witness* - A **witness** is an individual who provides testimony or evidence in court and is typically the recipient of **conduct money**, not the decider. - They can submit claims for expenses, but the final decision on the amount rests with the court. *Lawyer* - A **lawyer** represents clients and can advise on legal matters, including the right to claim **conduct money**, but they do not make the final determination. - The lawyer's role is to advocate for their client's interests, which might include seeking an order for **conduct money** from the court.
Question 44: Bansdola is a form of strangulation by?
- A. Bend of elbow
- B. Sticks (Correct Answer)
- C. Hands
- D. Ligature
Explanation: ***Sticks*** - **Bansdola** is a specific term referring to a method of **strangulation using sticks** (typically bamboo). - This technique involves placing sticks on either side of the neck and twisting them together to occlude the airway and blood vessels. - The term comes from "bans" meaning bamboo in Hindi/Urdu. *Bend of elbow* - Strangulation by the **bend of the elbow** is not typically referred to as Bansdola. - This method would be a form of **manual strangulation** using a specific body part to compress the neck. *Hands* - Strangulation by **hands** is known as **manual strangulation** or **throttling**. - This involves direct compression of the neck structures using the fingers and thumbs, distinct from the stick-based method of Bansdola. *Ligature* - **Ligature strangulation** involves using a cord, rope, or other flexible material to constrict the neck. - While both methods use implements, the rigid nature of sticks in Bansdola differentiates it from flexible ligature materials.
Question 45: Poisoning with which of the following retards putrefaction:
- A. Arsenic (Correct Answer)
- B. Lead
- C. Aluminium phosphide
- D. Copper
Explanation: ***Arsenic*** - **Arsenic** is a known **preservative** of tissues due to its ability to inhibit bacterial growth and enzyme activity, thereby retarding putrefaction. - In cases of arsenic poisoning, the decomposition of a body may be noticeably slower, and the tissues can appear unusually well-preserved. *Lead* - While **lead** is a heavy metal and can have toxic effects, it is not primarily known for its ability to significantly **retard putrefaction**. - Its toxic mechanisms do not involve direct inhibition of bacterial and enzymatic processes in a way that typically preserves tissues post-mortem. *Aluminium phosphide* - **Aluminium phosphide** is a highly toxic pesticide that can cause rapid death, but it does not have properties that actively **retard the process of putrefaction**. - Its mechanism of toxicity primarily involves the release of phosphine gas, which causes cellular damage, rather than tissue preservation. *Copper* - **Copper**, another heavy metal, has antimicrobial properties but is not recognized as an agent that significantly **retards putrefaction** in the same manner as arsenic. - Its acute and chronic toxic effects do not typically lead to the preservation of tissues after death.
Question 46: Graze is a form of:
- A. Contusion
- B. Incised wound
- C. Lacerated wound
- D. Abrasion (Correct Answer)
Explanation: ***Abrasion*** - A graze is a superficial injury resulting from friction against a rough surface, which is the definition of an **abrasion**. - It involves the **epidermis** and possibly the superficial dermis, characterized by scraping or rubbing off the skin's surface. *Contusion* - A contusion, or **bruise**, involves damage to blood vessels beneath the skin but without a break in the skin's surface. - It presents as discoloration due to blood extravasation, rather than a scraping injury. *Incised wound* - An incised wound is a **clean-cut injury** caused by a sharp object, leading to smooth edges and often significant bleeding. - It typically goes deeper than an abrasion and is not characterized by the scraping motion associated with a graze. *Lacerated wound* - A lacerated wound is an **irregular, jagged tear** in the skin caused by a blunt force trauma, often involving crushing or stretching of tissues. - Unlike a graze, it involves a deep, irregular tear and is not caused by superficial friction.
Question 47: In a case of hanging, ligature mark is an example of:
- A. Laceration
- B. Burn
- C. Pressure abrasion (Correct Answer)
- D. Contusion
Explanation: ***Pressure abrasion*** - A ligature mark in hanging is a classic example of a **pressure abrasion**, caused by the skin being rubbed or pressed against the ligature material. - This friction or pressure removes the superficial layers of the epidermis, creating a mark that reflects the shape and texture of the ligature. *Laceration* - A **laceration** is a tear in the skin caused by a forceful blunt impact, often characterized by irregular, jagged edges. - Ligature marks are typically superficial and linear, not deep tears into the tissue. *Burn* - A **burn** is tissue damage caused by heat, electricity, chemicals, or radiation, leading to erythema, blistering, or charring. - While extreme friction could theoretically generate some heat, the primary mechanism of a ligature mark is mechanical pressure and friction, not thermal energy. *Contusion* - A **contusion**, or bruise, results from bleeding into the tissues due to blunt force trauma, without breaking the skin. - While there may be some underlying bruising associated with a ligature mark, the visible mark itself on the skin surface is an abrasion.
Question 48: Postmortem caloricity may be seen in all the following causes of death, except:
- A. Barbiturates poisoning (Correct Answer)
- B. Septicemia
- C. Strychnine poisoning
- D. Tetanus
Explanation: ***Barbiturates poisoning*** - **Barbiturate poisoning** is a **CNS depressant** that typically leads to **hypothermia**, not postmortem caloricity, due to central nervous system depression and reduced metabolic rate. - The body's temperature tends to fall faster than normal after death in such cases. - Barbiturates suppress the thermoregulatory center and decrease metabolic activity. *Septicemia* - **Septicemia** often causes **hyperpyrexia** (high fever) ante-mortem due to systemic inflammation and infection. - This elevated core temperature can persist for a short period after death, resulting in **postmortem caloricity**. - The inflammatory response generates significant heat that remains temporarily post-death. *Strychnine poisoning* - **Strychnine poisoning** leads to severe **convulsions** and muscle rigidity due to inhibition of inhibitory neurotransmitters. - Sustained periods of intense muscle activity generate excessive **heat** ante-mortem, which is retained postmortem, causing caloricity. - The violent convulsions and opisthotonus posture produce marked heat generation. *Tetanus* - **Tetanus** is characterized by muscle spasms and rigidity caused by the **tetanospasmin toxin** blocking inhibitory signals. - The prolonged and intense **muscle contractions** before death generate a large amount of heat, contributing to postmortem caloricity. - Similar mechanism to strychnine but caused by bacterial toxin rather than plant alkaloid.
Question 49: Which of the following is NOT a part of a firearm?
- A. Muzzle
- B. Bolt
- C. Extractor
- D. Carburetor (Correct Answer)
Explanation: ***Carburetor*** - A **carburetor** is a device that mixes air and fuel for internal combustion engines and is not found in firearms. - Its function is to **vaporize fuel** and combine it with air before it enters the engine's cylinders. *Muzzle* - The **muzzle** is the front end of the barrel where the projectile exits. - It defines the **exit point** of the bullet from the firearm. *Bolt* - The **bolt** is a critical component in many firearms, which locks the cartridge in the chamber during firing. - It also aids in **extracting the spent casing** and loading a new round. *Extractor* - The **extractor** is a part of the bolt assembly that grasps the rim of a cartridge case. - Its primary function is to **pull the spent casing** out of the chamber after firing.
Question 50: Paltauf's hemorrhages are seen in:
- A. Heart
- B. Liver
- C. Lungs (Correct Answer)
- D. Brain
Explanation: ***Lungs*** - **Paltauf's hemorrhages** (also called **Paltauf's spots**) are small, pinpoint **petechial hemorrhages** typically found in the **visceral pleura of the lungs**. - They are a **classic post-mortem finding in cases of drowning**, representing subpleural hemorrhages associated with **emphysema aquosum** (overinflation and rupture of alveoli). - These hemorrhages are pathognomonic of drowning and should not be confused with Tardieu spots seen in mechanical asphyxia. *Heart* - Hemorrhages in the heart typically refer to **myocardial hemorrhages** secondary to conditions like **myocardial infarction** or trauma. - These are distinct from Paltauf's hemorrhages, which are specifically pleural petechiae in drowning. *Liver* - Liver hemorrhages are usually associated with **trauma**, **ruptured hepatic adenoma**, or severe **coagulopathies**. - Such hemorrhages are not referred to as Paltauf's and have different etiologies. *Brain* - Brain hemorrhages, such as **subarachnoid**, **intracerebral**, or **epidural hematomas**, occur within or around the brain tissue. - While brain hemorrhages can be a cause of death, they are anatomically and phenotypically distinct from the pleural petechiae of Paltauf seen in drowning.