Given a context passage, generate a question from the passage such that its answer is shortest continous span from the passage.

Ex Input:
Temperature is a measure of how fast the atoms in a material are vibrating. High temperature particles vibrate faster than low temperature particles. Rapidly vibrating atoms smash together, which generates heat. As a material cools down, the atoms vibrate more slowly and collide less frequently. As a result, they emit less heat. What is the difference between heat and temperature? Temperature measures how fast a materials atoms are vibrating. Heat measures the materials total energy. Heat energy is transferred between physical entities. Heat is taken in or released when an object changes state, or changes from a gas to a liquid, or a liquid to a solid. This heat is called latent heat. When a substance changes state, latent heat is released or absorbed. A substance that is changing its state of matter does not change temperature. All of the energy that is released or absorbed goes toward changing the materials state. For example, imagine a pot of boiling water on a stove burner: that water is at 100o C (212o F). If you increase the temperature of the burner, more heat enters the water. The water remains at its boiling temperature, but the additional energy goes into changing the water from liquid to gas. With more heat the water evaporates more rapidly. When water changes from a liquid to a gas it takes in heat. Since evaporation takes in heat, this is called evaporative cooling. Evaporative cooling is an inexpensive way to cool homes in hot, dry areas. Substances also differ in their specific heat, the amount of energy needed to raise the temperature of one gram of the material by 1.0o C (1.8o F). Water has a very high specific heat, which means it takes a lot of energy to change the temperature of water. Lets compare a puddle and asphalt, for example. If you are walking barefoot on a sunny day, which would you rather walk across, the shallow puddle or an asphalt parking lot? Because of its high specific heat, the water stays cooler than the asphalt, even though it receives the same amount of solar radiation.

Ex Output:
the amount of energy needed to raise the temperature of one gram of material by 1.0oc.


Ex Input:
With the recent introduction of inhibitors of mammalian target of rapamycin (mTOR) in oncology, distinct cutaneous and oral adverse events have been identified. In fact, stomatitis and rash are documented as the most frequent and potentially dose-limiting side effects. Clinically, mTOR inhibitor-associated stomatitis (mIAS) more closely resembles aphthous stomatitis than oral mucositis due to conventional anticancer therapies. While most cases of mIAS are mild to moderate and self-limiting, more severe and persistent mIAS can become a dose-limiting toxicity. Small ulcerations may cause significant pain and mucosal sensitivity may occur in the absence of clinical changes. Use of clinical assessment tools that are primarily driven by ulceration size may underestimate mIAS, and assessment should include patient-reported outcomes. This article provides an up-to-date review of the clinical presentation, terminology, pathogenesis, assessment and management of mIAS and other mTOR inhibitor-associated oral adverse events. In addition, areas of future research are considered.

Ex Output:
What does mTOR stands for?


Ex Input:
Flumazenil (Ro 15-1788) proved to be a very efficacious competitive antagonist of benzodiazepines that reliably counteracts their pharmacological actions within 1-2 min as could be demonstrated in clinical and EEG studies. In general, a total dose of 0.3-0.8 mg will be sufficient in clinical practice, avoiding side effects like nausea, tremor, sweating, or transient anxiety that could be observed when higher dosages were administered. Its therapeutic range is very high as could be demonstrated in experimental animal in which up to 8.000-fold the clinical dose was administered. The total volume of distribution (Vdes) amounts to nearly 1.000 ml/kg BW and the total clearance exceeds 1.200 ml/min, resulting in a biological half-life of less than 60 min. According to the benzodiazepine dosage and the rapid plasma concentration decline of flumazenil, in some cases a resedation could be observed. Hence, a careful observation of the antagonised patient on the ward is mandatory for 1.5-2 h, even if at first sight the antagonization seemed successful and the patient fully awake and cooperative. In anaesthesia, indications to administer flumazenil are adverse drug reactions and prolonged recovery after adequate benzodiazepine dosage. In intensive care medicine, the antagonist may be used in the treatment of benzodiazepine overdose as well as in the differential diagnosis of a coma of unknown origin. Additionally, the antagonist may be administered to interrupt benzodiazepine sedation e.g. for neurological examination.

Ex Output:

Which drug should be used as an antidote in benzodiazepine overdose?