CAR-T cell therapy involves the use of a patient’s ______[1]_________ and turns them into cancer fighters against cancers such as multiple myeloma, mantle cell lymphona, follicular lymphoma, ALL and diffuse large B-cell lymphoma. What kind of treatment is CAR-T? ______[2]__________ 

What is the most common pre-formed mediator and compromises approximately 10% of the total weight of the granules in mast cells.

Problem 3 – 60 pts Part (b) – 25 pts  R-134a and air flow through the devices below. The refrigerant flows at 0.12 kg/s. The refrigerant enters the heat exchanger at 2.8 bar with a quality of 0.25. It exits the heat exchanger at 70 °C before being compressed to 9.0 bar. The compressor operates with an isentropic efficiency of 75%.   The air, flowing at 2.57 kg/s, enters the heat exchanger at 310 K.   Assumptions to follow: Variable heats for ideal gases Entropy approximation range: ± 0.01 kJ/kg-K (b) 25 pts – Determine the temperature of the air exiting the heat exchanger in K   Documents: ME3523_ThermoTables_MoranShapiro_9thEd.pdf ME3523_FormulaSheet_Exam1.pdf ThermodynamicDevices.pdf ME3523_UnitConversions.pdf

Problem 1 – 20 pts Part (b): 15 pts Steam flows at 50 kg/s through the device depicted in the T-S diagram below. The isentropic efficiency of the device is 85%. There is work associated with the operation of this device.   Entropy approximation range: ± 0.01 kJ/kg-K   (b) 15 pts – Determine the power for the device with the proper sign in MW   Documents: ME3523_ThermoTables_MoranShapiro_9thEd.pdf ME3523_FormulaSheet_Exam1.pdf ThermodynamicDevices.pdf ME3523_UnitConversions.pdf

Problem 3 – 60 pts Part (a) – 25 pts  R-134a and air flow through the devices below. The refrigerant flows at 0.12 kg/s. The refrigerant enters the heat exchanger at 2.8 bar with a quality of 0.25. It exits the heat exchanger at 70 °C before being compressed to 9.0 bar. The compressor operates with an isentropic efficiency of 75%.   The air, flowing at 2.57 kg/s, enters the heat exchanger at 310 K.   Assumptions to follow: Variable heats for ideal gases Entropy approximation range: ± 0.01 kJ/kg-K (a) 25 pts – Determine the power required to operate the compressor in kW   Documents: ME3523_ThermoTables_MoranShapiro_9thEd.pdf ME3523_FormulaSheet_Exam1.pdf ThermodynamicDevices.pdf ME3523_UnitConversions.pdf

Problem 2 – 20 pts Part (a) – 15 pts Air flows at 150 kg/s through a compressor. The air enters the compressor at 300 K, 1 bar and exits at 10 bar. The compressor operates with an isentropic efficiency of 80%.   Assume constant specific heats   (a) 15 pts – Determine the power required to operate the compressor in MW   Documents: ME3523_ThermoTables_MoranShapiro_9thEd.pdf ME3523_FormulaSheet_Exam1.pdf ThermodynamicDevices.pdf ME3523_UnitConversions.pdf

Problem 1 – 20 pts Part (a): 5 pts Steam flows at 50 kg/s through the device depicted in the T-S diagram below. The isentropic efficiency of the device is 85%. There is work associated with the operation of this device.   Entropy approximation range: ± 0.01 kJ/kg-K   (a) 5 pts – Draw the device, labeling inlet/outlet states and work/power Submit this drawing as part of your Exam 1: Partial Work Submission. To show you understand these instructions, type this word in the blank: STEAM

Which vaccines should ferrets get? Choose all that apply. 

Ferrets with adrenocorticol disease usuall have increased: 

In rats, opioids tend to cause: