[["Question: Gastrulation is the process of\nChoices:\nA. mesoderm formation and occurs after neurulation.\nB. ectomesenchyme formation and occurs before neurulation.\nC. mesoderm formation and occurs before neurulation.\nD. ectomesenchyme formation and occurs after neurulation.\nAnswer:", " mesoderm formation and occurs after neurulation."], ["Question: Gastrulation is the process of\nChoices:\nA. mesoderm formation and occurs after neurulation.\nB. ectomesenchyme formation and occurs before neurulation.\nC. mesoderm formation and occurs before neurulation.\nD. ectomesenchyme formation and occurs after neurulation.\nAnswer:", " ectomesenchyme formation and occurs before neurulation."], ["Question: Gastrulation is the process of\nChoices:\nA. mesoderm formation and occurs after neurulation.\nB. ectomesenchyme formation and occurs before neurulation.\nC. mesoderm formation and occurs before neurulation.\nD. ectomesenchyme formation and occurs after neurulation.\nAnswer:", " mesoderm formation and occurs before neurulation."], ["Question: Gastrulation is the process of\nChoices:\nA. mesoderm formation and occurs after neurulation.\nB. ectomesenchyme formation and occurs before neurulation.\nC. mesoderm formation and occurs before neurulation.\nD. ectomesenchyme formation and occurs after neurulation.\nAnswer:", " ectomesenchyme formation and occurs after neurulation."], ["Question: Blood flows from the right ventricle of the heart into which of the following structures?\nChoices:\nA. Inferior vena cava\nB. Left ventricle\nC. Pulmonary arteries\nD. Pulmonary veins\nAnswer:", " Inferior vena cava"], ["Question: Blood flows from the right ventricle of the heart into which of the following structures?\nChoices:\nA. Inferior vena cava\nB. Left ventricle\nC. Pulmonary arteries\nD. Pulmonary veins\nAnswer:", " Left ventricle"], ["Question: Blood flows from the right ventricle of the heart into which of the following structures?\nChoices:\nA. Inferior vena cava\nB. Left ventricle\nC. Pulmonary arteries\nD. Pulmonary veins\nAnswer:", " Pulmonary arteries"], ["Question: Blood flows from the right ventricle of the heart into which of the following structures?\nChoices:\nA. Inferior vena cava\nB. Left ventricle\nC. Pulmonary arteries\nD. Pulmonary veins\nAnswer:", " Pulmonary veins"], ["Question: In men, specimens for gonococcal cultures are most commonly obtained from which of the following structures?\nChoices:\nA. Anus\nB. Bladder\nC. Urethra\nD. Testicle\nAnswer:", " Anus"], ["Question: In men, specimens for gonococcal cultures are most commonly obtained from which of the following structures?\nChoices:\nA. Anus\nB. Bladder\nC. Urethra\nD. Testicle\nAnswer:", " Bladder"], ["Question: In men, specimens for gonococcal cultures are most commonly obtained from which of the following structures?\nChoices:\nA. Anus\nB. Bladder\nC. Urethra\nD. Testicle\nAnswer:", " Urethra"], ["Question: In men, specimens for gonococcal cultures are most commonly obtained from which of the following structures?\nChoices:\nA. Anus\nB. Bladder\nC. Urethra\nD. Testicle\nAnswer:", " Testicle"], ["Question: Primary motor cortex activity results in\nChoices:\nA. bilateral contraction of antigravity limb muscles.\nB. bilateral contraction of limb musculature.\nC. contraction of ipsilateral limb musculature.\nD. contraction of contralateral limb musculature.\nAnswer:", " bilateral contraction of antigravity limb muscles."], ["Question: Primary motor cortex activity results in\nChoices:\nA. bilateral contraction of antigravity limb muscles.\nB. bilateral contraction of limb musculature.\nC. contraction of ipsilateral limb musculature.\nD. contraction of contralateral limb musculature.\nAnswer:", " bilateral contraction of limb musculature."], ["Question: Primary motor cortex activity results in\nChoices:\nA. bilateral contraction of antigravity limb muscles.\nB. bilateral contraction of limb musculature.\nC. contraction of ipsilateral limb musculature.\nD. contraction of contralateral limb musculature.\nAnswer:", " contraction of ipsilateral limb musculature."], ["Question: Primary motor cortex activity results in\nChoices:\nA. bilateral contraction of antigravity limb muscles.\nB. bilateral contraction of limb musculature.\nC. contraction of ipsilateral limb musculature.\nD. contraction of contralateral limb musculature.\nAnswer:", " contraction of contralateral limb musculature."], ["Question: Saliva contains an enzyme that acts upon which of the following nutrients?\nChoices:\nA. Starches\nB. Proteins\nC. Fats\nD. Minerals\nAnswer:", " Starches"], ["Question: Saliva contains an enzyme that acts upon which of the following nutrients?\nChoices:\nA. Starches\nB. Proteins\nC. Fats\nD. Minerals\nAnswer:", " Proteins"], ["Question: Saliva contains an enzyme that acts upon which of the following nutrients?\nChoices:\nA. Starches\nB. Proteins\nC. Fats\nD. Minerals\nAnswer:", " Fats"], ["Question: Saliva contains an enzyme that acts upon which of the following nutrients?\nChoices:\nA. Starches\nB. Proteins\nC. Fats\nD. Minerals\nAnswer:", " Minerals"], ["Question: Which muscles are normally active during quiet inspiration?\nChoices:\nA. External and internal intercostal muscles\nB. External intercostal muscles and diaphragm\nC. Internal intercostal muscles and diaphragm\nD. External and internal intercostal muscles and diaphragm\nAnswer:", " External and internal intercostal muscles"], ["Question: Which muscles are normally active during quiet inspiration?\nChoices:\nA. External and internal intercostal muscles\nB. External intercostal muscles and diaphragm\nC. Internal intercostal muscles and diaphragm\nD. External and internal intercostal muscles and diaphragm\nAnswer:", " External intercostal muscles and diaphragm"], ["Question: Which muscles are normally active during quiet inspiration?\nChoices:\nA. External and internal intercostal muscles\nB. External intercostal muscles and diaphragm\nC. Internal intercostal muscles and diaphragm\nD. External and internal intercostal muscles and diaphragm\nAnswer:", " Internal intercostal muscles and diaphragm"], ["Question: Which muscles are normally active during quiet inspiration?\nChoices:\nA. External and internal intercostal muscles\nB. External intercostal muscles and diaphragm\nC. Internal intercostal muscles and diaphragm\nD. External and internal intercostal muscles and diaphragm\nAnswer:", " External and internal intercostal muscles and diaphragm"], ["Question: Examination of a patient indicates that they have a medially directed strabismus (squint). This could be due to damage to the\nChoices:\nA. oculomotor nerve.\nB. trochlear nerve.\nC. ophthalmic trigeminal nerve.\nD. abducens nerve.\nAnswer:", " oculomotor nerve."], ["Question: Examination of a patient indicates that they have a medially directed strabismus (squint). This could be due to damage to the\nChoices:\nA. oculomotor nerve.\nB. trochlear nerve.\nC. ophthalmic trigeminal nerve.\nD. abducens nerve.\nAnswer:", " trochlear nerve."], ["Question: Examination of a patient indicates that they have a medially directed strabismus (squint). This could be due to damage to the\nChoices:\nA. oculomotor nerve.\nB. trochlear nerve.\nC. ophthalmic trigeminal nerve.\nD. abducens nerve.\nAnswer:", " ophthalmic trigeminal nerve."], ["Question: Examination of a patient indicates that they have a medially directed strabismus (squint). This could be due to damage to the\nChoices:\nA. oculomotor nerve.\nB. trochlear nerve.\nC. ophthalmic trigeminal nerve.\nD. abducens nerve.\nAnswer:", " abducens nerve."], ["Question: Parasympathetic preganglionic nerves leave the central nervous system with the\nChoices:\nA. third cranial nerves.\nB. fourth cranial nerves.\nC. fifth cranial nerves.\nD. sixth cranial nerves.\nAnswer:", " third cranial nerves."], ["Question: Parasympathetic preganglionic nerves leave the central nervous system with the\nChoices:\nA. third cranial nerves.\nB. fourth cranial nerves.\nC. fifth cranial nerves.\nD. sixth cranial nerves.\nAnswer:", " fourth cranial nerves."], ["Question: Parasympathetic preganglionic nerves leave the central nervous system with the\nChoices:\nA. third cranial nerves.\nB. fourth cranial nerves.\nC. fifth cranial nerves.\nD. sixth cranial nerves.\nAnswer:", " fifth cranial nerves."], ["Question: Parasympathetic preganglionic nerves leave the central nervous system with the\nChoices:\nA. third cranial nerves.\nB. fourth cranial nerves.\nC. fifth cranial nerves.\nD. sixth cranial nerves.\nAnswer:", " sixth cranial nerves."], ["Question: Which orbital wall is most likely to collapse in a 'blow out' fracture?\nChoices:\nA. The roof\nB. The floor\nC. The lateral wall\nD. The medial wall\nAnswer:", " The roof"], ["Question: Which orbital wall is most likely to collapse in a 'blow out' fracture?\nChoices:\nA. The roof\nB. The floor\nC. The lateral wall\nD. The medial wall\nAnswer:", " The floor"], ["Question: Which orbital wall is most likely to collapse in a 'blow out' fracture?\nChoices:\nA. The roof\nB. The floor\nC. The lateral wall\nD. The medial wall\nAnswer:", " The lateral wall"], ["Question: Which orbital wall is most likely to collapse in a 'blow out' fracture?\nChoices:\nA. The roof\nB. The floor\nC. The lateral wall\nD. The medial wall\nAnswer:", " The medial wall"], ["Question: The mucosa of the hard palate is\nChoices:\nA. keratinised and has submucosa and minor salivary glands posterolaterally.\nB. non-keratinised and has submucosa and minor salivary glands posteromedially.\nC. keratinised and lacks submucosa and minor salivary glands.\nD. non-keratinised and lacks submucosa and minor salivary glands.\nAnswer:", " keratinised and has submucosa and minor salivary glands posterolaterally."], ["Question: The mucosa of the hard palate is\nChoices:\nA. keratinised and has submucosa and minor salivary glands posterolaterally.\nB. non-keratinised and has submucosa and minor salivary glands posteromedially.\nC. keratinised and lacks submucosa and minor salivary glands.\nD. non-keratinised and lacks submucosa and minor salivary glands.\nAnswer:", " non-keratinised and has submucosa and minor salivary glands posteromedially."], ["Question: The mucosa of the hard palate is\nChoices:\nA. keratinised and has submucosa and minor salivary glands posterolaterally.\nB. non-keratinised and has submucosa and minor salivary glands posteromedially.\nC. keratinised and lacks submucosa and minor salivary glands.\nD. non-keratinised and lacks submucosa and minor salivary glands.\nAnswer:", " keratinised and lacks submucosa and minor salivary glands."], ["Question: The mucosa of the hard palate is\nChoices:\nA. keratinised and has submucosa and minor salivary glands posterolaterally.\nB. non-keratinised and has submucosa and minor salivary glands posteromedially.\nC. keratinised and lacks submucosa and minor salivary glands.\nD. non-keratinised and lacks submucosa and minor salivary glands.\nAnswer:", " non-keratinised and lacks submucosa and minor salivary glands."]]