A) Rectal B) Dermal C) Inhalation D) Inhalation E) Oral
A) Poisons in industrial work B) Chemical reactions in the body C) Drugs used in medicine D) Toxic substances in relation to law
A) forensic Pathologist B) Medical technologist C) Forensic toxicologist D) Chemist
A) Postmortem toxicology B) Clinical pharmacology C) Forensic drug testing D) Human performance toxicology
A) Arson B) Theft C) Forgery D) Poisoning
A) Is always fatal B) Is synthetic C) Produces harmful effects when introduced into the body D) Is illegal
A) Cocaine B) Morphine C) . Nicotine D) Arsenic
A) Metallic poison B) Solid poison C) Volatile liquid D) Gaseous poison
A) Long-term B) Sudden and short-term C) Repeated D) Occupational
A) Removal of drugs B) Breakdown of drugs C) Entry of drugs into blood D) Movement of drugs in the body
A) Femoral blood B) Jugular blood C) Pulmonary blood D) . Cardiac blood
A) Faster B) Unaffected C) More accurate D) Misleading
A) Hair B) Blood C) Saliva D) Urine
A) Bone B) Hair C) Blood D) Nails
A) Estafa B) Kidnapping C) Drug-related offenses D) Cybercrime
A) Expert witness B) Arsenic C) Mercury D) Cyanide
A) Drug marketing B) Medical treatment C) Legal interpretation of poisons D) . Chemical synthesis
A) Support justice through science B) Examination of his testimony C) Discover new drugs
A) Semen B) Hair C) . Blood and Urine D) Tissue
A) Urine B) saliva C) Hashis
A) Aspermia B) Anemia C) Oligospermia
A) Yellow B) Blue C) White
A) Inhalation B) Injection C) Oral D) Anal
A) Semen B) Hair C) Urine D) Blood
A) Syncope B) Come C) Asphyxia D) Homicide
A) Greater than 0.5 B) Less than 0.5 C) one of these D) Approximately 0.5
A) Beautiful Blue B) Intense blue C) Rose red
A) Head hair B) Facial hair C) Hair shaft D) Tip
A) Autopsy B) Death Certificate C) Exhumation D) Cadaric Spasm
A) 4 to 6 weeks B) 4 to 5 weeks C) 5 to 7 weeks
A) Barberi'o test B) Acid phosphatase test C) Florence test D) None of these
A) Platelets B) Serum C) Hemoglobin
A) The kastle-Meyer B) Luminol Test C) Takayama D) Luminol test
A) Spermatozoa B) Azoospermia C) Oligospermia
A) Study of poisons only B) Application of toxicology to aid in crime investigation C) Analysis of drugs in sports
A) Determine presence and effect of toxic substances in crimes B) Study environmental toxins C) Develop new medications D) Identify diseases
A) Blood, urine, hair, tissue B) Plants and chemicals C) Food and cosmetics
A) Analysis of toxic substances in deceased individuals B) Study of poison antidotes C) Investigation of workplace accidents
A) Analyze DNA B) Separate and identify volatile compounds C) Measure pH levels
A) Screening is final, confirmatory is preliminary B) Screening is for drugs, confirmatory is for poisons C) Screening is preliminary, confirmatory is specific
A) Measures drug efficacy B) Lowest concentration of a substance detectable C) Indicates maximum safe dose
A) Urine B) Bones C) Salaiva D) Hair
A) Provides historical record of drug exposure B) Detects poison C) measure impairment
A) mo maximize evidence B) Ensure sample integrity and admissibility in court C) to reduce cost
A) preservative B) test enhancer C) Substance added to mask test results
A) Determines drug potency B) Identifies antidotes C) Helps determine drug use history
A) Depresses CNS B) Stimulates CNS C) Enhances vision
A) Test for drugs B) Measure of liver function C) Percentage of alcohol in blood
A) Identify poisons B) Calculate drug dosage C) Estimate BAC
A) Enhanced drug effects B) Redistribution and decomposition C) Increased metabolism
A) Sensitive detection of drugs and metabolites B) Detect explosives C) Analyze metals
A) Reduces drug efficacy B) Lowers drug levels C) Affects interpretation of drug levels and impairment
A) Indicates safety margin between efficacy and toxicity B) Defines LOD C) Identifies antidotes D) Measures drug potency
A) Substance causing harmful physiological effects B) Legal drugs only C) Only heavy metals
A) Pulmonary edema B) Formation of carboxyhemoglobin C) inhibition of cytochrome oxidase
A) Acetone poisoning B) Ethylene glycol poisoning C) Methanol poisoning
A) Inhalation B) Skin absorption C) Ingestion
A) Burning or Ignition Test B) Microscopic Examination C) Flourescent Test
A) Green fluorescencelp-045r B) .Pink fluorescence C) .Bluish fluorescence
A) A bloodstain on the victim's clothing B) A fingernail clipping from the suspect C) A bloodstain on the victim's clothing D) A strand of hair without the root
A) Ultraviolet-visible spectrophotometry B) Colorimetric assay C) Immunoassay D) Gas chromatography
A) Thin-layer chromatography B) Visual examination C) Ultraviolet-visible spectrophotometry D) Microspectrophotometry
A) Immunoassay B) Color spot test C) Ultraviolet-visible spectrophotometry D) Gas chromatography-mass spectrometry
A) Immunoassay B) Gas chromatography-mass spectrometry C) Thin-layer chromatography D) Microcrystal test
A) Burn test B) Solubility test C) Infrared spectroscopy D) Microscopic examination
A) Microscopic examination B) Gas chromatography-mass spectrometry C) Visual examination D) Infrared spectroscopy
A) All of the above B) Blood C) Hair D) Urine
A) To reduce the cost of testing B) To minimize the amount of sample needed C) To speed up the testing process D) To ensure the accuracy and reliability of the results
A) All of the above B) Inhalation C) Skin absorption D) Ingestion
A) They are very expensive B) They can produce false positive results C) They require a large sample volume D) They are not sensitive enough to detect low concentrations of drugs
A) To quantify the exact amount of a drug in a sample B) To determine the mechanism of action of a drug C) To confirm the identity of a drug with absolute certainty D) To quickly identify the possible presence of drugs or poisons
A) Pathology B) Physiology C) Toxicology D) Pharmacology
A) Blood draw B) Saliva swab C) Breathalyzer D) Urine collection
A) Hydrochloric acid B) Sodium fluoride C) Acetic acid D) Sodium chloride
A) Thin-layer chromatograph B) Colorimetric assay C) Gas chromatography-mass spectrometry D) Immunoassay
A) Bone B) Hair C) Tissue D) Urine
A) Determining the effects of drugs and poisons on the human body B) Identifying the presence of drugs and poisons in biological samples C) Providing medical treatment to individuals who have been poisoned D) Interpreting the findings in a legal context
A) Aspirin B) Diazepam C) Morphine D) Ethanol
A) To analyze biological samples for the presence of drugs and poisons B) To determine the cause of death C) To perform the autopsy D) To interview witnesses
A) To determine the cause of death B) To identify the perpetrator C) To provide counseling to the victim D) To detect the presence of drugs that may have been used to incapacitate the victim
A) Immediate freezing of the sample B) Collection in a tube with sodium fluoride C) Use of a preservative to prevent degradation D) Collection in a heparinized tube
A) Obtain blood and urine samples B) Perform a full autopsy C) Collect and analyze the syringe contents D) Conduct a scene investigation
A) Brain B) Liver C) Hair D) Muscle
A) To concentrate the drug of interest and remove interfering substances B) To dilute the sample C) To calibrate the analytical instrument D) To preserve the sample for future testing
A) The study of the effects of drugs on the body B) The study of the chemical structure of drugs C) The study of drug interactions D) The study of how the body absorbs, distributes, metabolizes, and eliminates drugs
A) An inconclusive result B) An accurate result C) A negative result when drugs are present D) A positive result when drugs are not present
A) Urine B) Hair C) Saliva D) Blood
A) Bone marrow B) Vitreous humor C) Fresh blood D) Urine
A) Liver B) Hair C) Muscle D) Brain
A) Thin Layer Chromatography (TLC) B) Gas Chromatography–Mass Spectrometry (GC-MS)
A) Lead B) Arsenic C) Mercury
A) Saliva B) Urine C) Hair
A) Fire-related deaths B) Environmental toxicology C) Human performance toxicology
A) Theft B) Fire-related deaths C) Sexual assault
A) urine B) blood C) hair
A) Saliva test B) Urine drug screen C) Blood toxicology report
A) Cause and role of toxic substances in dea B) Criminal intent C) Identity of the offender
A) Presence and role of toxic substances in a crime B) Crime scene reconstruction C) Criminal intent
A) Ethanol B) Methanol C) Carbon monoxide |