Insulativity is a characteristic of excitation conduction on nerve fiber.
Insulativity is a characteristic of excitation conduction on nerve fiber.
We decided to an experiment. A: conduct B: conducto C: conduction
We decided to an experiment. A: conduct B: conducto C: conduction
The mechanisms by which the heat may flow are three: conduction, convection, and radiation.
The mechanisms by which the heat may flow are three: conduction, convection, and radiation.
Insulativity is a characteristic of excitation conduction on nerve fiber. A: 正确 B: 错误
Insulativity is a characteristic of excitation conduction on nerve fiber. A: 正确 B: 错误
which of the following effects of drugs for tachyarrhythmias is not correct. A: reduction of automaticity B: slowing down conduction of atrial ventricular node conduction C: elimination of reentry D: prolongation of ERP and APD E: acceleration of autodepolarization of pacemakers
which of the following effects of drugs for tachyarrhythmias is not correct. A: reduction of automaticity B: slowing down conduction of atrial ventricular node conduction C: elimination of reentry D: prolongation of ERP and APD E: acceleration of autodepolarization of pacemakers
We decided to______ an experiment. A: conduct B: conductor C: confuse D: conduction
We decided to______ an experiment. A: conduct B: conductor C: confuse D: conduction
传热的基本方式有( )(Conduction)、热对流(Convection)和热辐射(radiation)
传热的基本方式有( )(Conduction)、热对流(Convection)和热辐射(radiation)
传热的基本方式有( )(Conduction)、热对流(Convection)和热辐射(radiation)
传热的基本方式有( )(Conduction)、热对流(Convection)和热辐射(radiation)
GABA acts on the presynaptic GABAa receptor making the cell membranes hyperpolarization to inhibit the conduction of nerve.
GABA acts on the presynaptic GABAa receptor making the cell membranes hyperpolarization to inhibit the conduction of nerve.
Which of the following is not the way of heat loss? () A: Shivering B: Radiation C: Conduction D: Convection E: Evaporation
Which of the following is not the way of heat loss? () A: Shivering B: Radiation C: Conduction D: Convection E: Evaporation