L14_Act_1106S23

Task 2. In blood analyses of a man of 40 who abused alcohol it was found: hemoglobine - 130 g/l, erythrocytes - 3,9 · 10%/, color index -1,0; leucocytes - 4,5 - 10%/, leucocyte formula without changes, thrombocytes - 100 109/1, erythrocytes sedimentation rate- 20 mm /hour., blood coagulation time – 10 minutes, blood plasma proteins - 60 g/l. Make ground conclusions. Analyze probable reasons of stated changes.

32 Delegation: Collette Cassandra (x + Delegation This is a graded discussion: 0 points possible Delegation Krystal Grant due Apr 9 at 7:15pm Discuss the critical relationship between RN delegation and time management in providing quality patient care. How can effective delegation skills enhance time management in a clinical setting? Share your insights on balancing patient needs, task delegation, and time constraints as a practicing RN please make sure your response a minimum of 250 words and you are responding to at least one of your classmates with something insightful, and non-repetitive. Q Search entries or author Unread + Reply Replies are only visible to those who have posted at least one reply. Search

Problem statement: A patient feels that he/she has received false laboratory report. 1-Draw a neat legible diagram (To draw, use the website:https://www.canva.com/graphs/fishbone-diagrams/ ) and explain the concept of fishbone diagram 2-provide necessary justification for your response

Task 1. A woman of 35 consulted a doctor with the complaints on weakness, decrease capacity for work. In blood analyses it was found: hemoglobine - 110 g/l, erythrocytes – 2,7 · 10¹2/l, color index - 1,2; leucocytes - 4,5 - 109/1, leucocyte formula without changes, thrombocytes - 120 - 10%/1, blood coagulation time - 5 minutes, bleeding time (duration of bleeding) - 6 minutes, blood plasma proteins - 65 g/l, erythrocytes sedimentation rate -19 mm/hour. Make ground conclusion. Name possible reasons of marked changes.

Pre-Lab Exercise 11A-1 Formed Elements In this unit we will identify the formed elements of blood on a peripheral blood smear. Each formed this unit to complete with these functions and characteristics. TABLE 11.1 Properties of Formed Elements Formed Element Nucleus Shape Cytoplasm and/or Granule Color Function Erythrocyte Neutrophil Eosinophil Basophil Lymphocyte Monocyte Platelet

est on the Prac X pps Bb Reassessments X Bb About this Modi X * Question Completion Status: QUESTION 6 Secure https://blackboard.le.ac.uk/webapps/assessment/take/launch.jsp?course_assessment_id=_39582_1&course_id=_41417_1&content_id= Iv Bag, Medical Palmar Oceanfron... Glv Bag, Medical Dr... Amazing Opportu... Unavailable in you... COO CH₂ CH-COO- 21 HO-C-H S COO- Isocitrate 4 OL AG = -8.4kJ/mol AG' = -17kJ/mol NAD Bb About this Modi X Bb Practical report X esc NADH 2 + H+ You want to measure the activity of isocitrate dehydrogenase from a tissue sample by following the production of NADH. Which of the following components would you need to include in your assay mixture? a. Water b. Bicarbonate solution c. Phosphate buffer solution (pH7.5) d. a-ketoglutarate solution e. NADH solution f. NAD solution g. Isocitrate dehydrogenase mixture Oh. Isocitrate solution F2 CO Click Save and Submit to save and submit. Click Save All Answers to save all answers. QUESTION 7 0.25mL of a stock solution…

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Work 3. Exchange of fluid between blood and tissues in the microcirculatory bed. 37 In the diagram, indicate with arrows: movement of fluid in the bloodstream, • the release of fluid into the tissue and return to the blood capillary, • the transfer of tissue fluid to the lymphatic capillary, • identify the forces which support microcirculation processes. Lymphatic capillary Blood capillary Arteriole Venule Img. 48. Proccesses of microcirculation. What will be the changes of microcirculation (fluid outlet into the tissue and return to the bloodstream) in the following conditions: V in case of decreased oncotic pressure V in case of increased venous pressure

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TASK No 2 The patient complains about intense pain in the right iliac region, vomiting, and a fever of 38.5° C. In the analysis of blood: neutrophilic leukocytosis, an increase in the rate of erythrocyte sedimentation. The patient is operated on. In the area of the operating wound, an appendix of dark red color was found, in the lumen of which there was yellow-green liquid. Questions: 1. What kind of typical pathological process (TPP) is observed in the patient? Give its definition. 2. List the local signs of this TPP in the patient. 3. Indicate mechanisms of their formation in the patient

ADDITIONAL ACTIVITIES 1. A patient with iron deficiency anemia experiences shortness of breath, weakness and has a pale skin. Explain why anemic people experience and share the same symptoms. 2. A pacemaker is a small device that is placed in the chest or abdomen to help control abnormal heart rhythms. This device uses electrical pulses to prompt the heart to beat at a normal rate. Who are the patients greatly in need of this procedure of having pacemaker built in their chest? And why?

Task 5 of 6 (AC 2.2) (150 words) A clinician recorded the blood pressure of a 38 year old female patient, “Freda,” in the morning over three days. The results are recorded here   Reading 1 Reading 2 Reading 3 Average Systolic 140 135 140   Diastolic 90 80 85     Calculate the average reading of the patient   What is the ‘normal range’ of a patient?     Name 3 factors that can affect the reading.

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Please explain this steps by steps and make it easy way to understand

TASK N 2 A 45-year-old patient suffers from arterial hypertension. There are complaints about progressive obesity, weakness, fatigue, headaches. On examination: height - 170 cm, body weight - 96 kg. There are dyspnea at rest, edema of feet and calves. Arterial blood pressure is 190/95 mm Hg. A blood test for iodine-containing thyroid hormones and glucocorticoids is normal. General blood and urine tests are normal. Questions: 1. What types of typical pathological processes should the patient have? 2. List the patient's heart failure symptoms. 3. Describe heart failure by its origin, the mechanism of development, mainly affected part of the heart, the severity of the clinical course. 4. Explain the pathogenesis of edema in this patient. 5. Indicate the most likely morphological changes in the myocardium and coronary vessels of the patient. 6. Why hypertension is a risk factor for heart failure? 7. Why is obesity a risk factor for heart failure?

Task 2. A family doctor analyzes hemocytograms of two patients. Both patients have normal and eproximally equal RBC, but in the first patient HCT and MCV are less than normal, in the second patient HCT and MCV are normal. Explain such differences in HCT and MCV in spite of normal and eproximally equal RBC.

Work 3. Methods of heart examination. Electrocardiography (ECG) Label the I, II III standard leads. In which standard lead is ECG amplitude maximum? Img. 44. Scheme of electrode application for ECG.

Can you please help me with Q 9&10?

PROBLEM 2: Abdominal aorta aneurysm repair can involve the deployment of an endovascular stent grafts as depicted in the adjacent figure. The graft is a bifurcating fabric tube supported by a metal mesh that is designed to help prevent the aneurysm from rupturing. It is held in place by hooks that penetrate into the surrounding tissue. The inlet diameter of the graft is 2 cm and the outlet diameters are each 1.7 cm. The inlet blood pressure is 95 mm Hg and the inlet flow rate of blood is 70 mL/sec. The outlet blood pressure is 90 mm Hg and the outlet flow rate of blood is equal for both iliac arteries. If each branch of the stent makes an angle of 45 degrees with the vertical, calculate the vertical force that the hooks exert on the tissue to remain in place. Neglect the effects of gravity and friction between the graft and the surrounding tissue. Assume that the flow is steady (i.e., ignore pulsing) and that the velocity profile at the inlets and outlets is uniform across the area.…

Task 3. In a patient activated partial thromboplastin time makes 50 s, prothrombin time makes 12 s, platelet count makes 300+10⁹/L, bleeding time by Ivy makes 3,5 makes. Correcting test for aPTT makes 40 s. Estimate the indexes and make the conclusion.

Tasks • 1. The level of blood pressure in a man in the first research makes 115/70 mm Hg (15,3/9,3 kPa), in the second -180/75 mm Hg (24/10 kPa), in the third- 120/95 mm Hg (16/12,7 kPa). What factors can cause the marked changes of blood pressure?

Date Pre-Lab Exercise 12-3 Pathway of Blood Flow through the Heart Answer the following questions about the pathway of blood flow through the heart. Use your textbook and Exercise 12-1 in this unit for reference. 1. Regarding veins: a. Where do veins carry blood? deoxygenated? b. Is this blood generally oxygenated or c. Does this rule have any exceptions? If yes, where? 2. Regarding arteries: a. Where do arteries carry blood? Is this blood generally oxygenated or deoxygenated? c. Does this rule have any exceptions? If yes, where? 3. Where does each atrium pump blood when it contracts? Right atrium: a. b. Left atrium: 4. Where does each ventricle pump blood when it contracts? a. Right ventricle: b. Left ventricle:

Question: variant angina For this disease pathology, please provide the following information: What causes this disorder (pathology)? Are there any threats to life risks associated with this disease that you should watch out for, and why? (Not all terms will have life-threatening conditions associated with them) What would you expect to see in the lab or diagnostic results? What are the most common treatments?