Risks of deep vein thrombosis (DVT) and pulmonary embolism (PE) in chronic pancreatitis (CP) are <u>unclear</u>.
The CP cohort showed a 2.95-fold greater adjusted hazard ratio (aHR) for DVT and a 4.51-fold greater aHR for PE than the non-CP cohort. Substantial risks of DVT and PE were evident in patients with CP aged < 55 years.
The CP cohort with comorbidities showed increased risks of DVT and PE as compared with the non-CP cohort.
Hence the risks of DVT and PE are significantly higher in CP patients than in the general population.
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Answer and Explanation:
Firstly, the doctors can adjust temperatures of the air-conditioned room to several different temperatures (8°C,12°C, 16°C, 20°C, 24°C etc.) for the testing conditions to be performed and let each of the thirty men and thirty women take turns and stay in the room for 2 - 8 hours.
The temperature of each person can be gauged and recorded at one hour intervals until 8 hours are completed, all the body temperatures shall be recorded by the doctors.
This test can be done on each man and woman by taking turns. Also, an average of the men/women body temperatures throughout the 8 hours can be calculated.
All of these individuals shall also be interviewed and checked with to understand whether they are comfortable or not with the temperatures, also to be compared to their body temperature during several temperatures subjection (8°C,12°C, 16°C, 20°C, 24°C etc.), and their body temperature fluctuations throughout the 8 hours.
The doctors can finally discuss among each other and make decisions based on the collected body temperatures, fluctuations, and interviewed answers.
the tissue of the heart may become thicker in an attempt to beat harder due to the increase in blood pressure. It's harder for this thickened tissue to conduct electrical impulses. As a result, your pulse might slow down because it takes longer to transmit electrical impulses
Answer:
The answer is below
Explanation:
The complete question is in the iimage attached.
a) We can see that R1 is in series with the parallel combination of R2 and R3. Hence the equivalent resistance is given by:

b)
The current in the circuit (I) is given as:
I = emf / Req
I = 18 / 9
I = 2A
The current through resistor R1 = I1 = I = 2A
Since R2 and R3 are parallel to each other their respective currents I2 and I3 is given as:
