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Investigate how physiological measurements in the body are affected by ill health in the case of Mrs. Pabin.

Assignment Brief

Unit Title and Number: Anatomy and Physiology for Health and Ill Health (Unit 9)

Learning Outcomes (LOs)

By the end of this unit students will be able to:

  1. Describe organ systems within a healthy human body.
  2. Explain the interrelationship of body systems in health and ill health from a physiological perspective.
  3. Investigate how physiological measurements in the body are affected by ill health.
  4. Implement planned care interventions based on an individual’s physiological measurements which contribute to reducing risks to health.

Unit learning outcomes (LOs)

LO1 Describe organ systems within a healthy human body

LO2 Explain the interrelationship of body systems in health and ill health from a physiological perspective

PART ONE

Scenario:

You are a senior healthcare assistant working in an NHS hopital. You were seconded to pursue a course in health and social care for two years. Upon your return, your line manager has asked you to submit a report to support new healthcare assistants in their learning about the organ systems within a healthy human body, and how the body systems interrelate in health and ill health.

Activity:

You will need to produce a 2,000-word report on the level of organisation in Human Body, analysing the  organ systems and their contribution to effective function of the body. Explain by means of an example the interrelationship of body systems in health and ill health from a physiological perspective and investigate how physiological measurements in the body are affected by ill health. Based on the scenario above, complete the following tasks:

Describe organ systems within a healthy human body. In order to complete this task satisfactorilyin your report, outline the function of a human body cell and its role during osmosis and diffusion and describe the structure and function of different body systems in the healthy human body. To enhance the quality of your discussion and arguments, you may wish tocompare differences in the healthy human body with individuals who have ill health.

Explain the interrelationship of body systems in health and ill-health from a physiological perspective. You should explain how body systems co-operate to maintain life and health of the individual and examine how any three body systems, such as cardiovascular, respiratory and digestive system work together to provide energy for the healthy human body. You may also critically evaluate the role of body systems in homeostasis for health and ill health to further enhance your analysis.

 

Unit Learning Outcomes (LOs)

LO3 Investigate how physiological measurements in the body are affected by ill health.

LO4 Plan care interventions based on an individual’s physiological measurements which contribute to reducing risks to health.

PART TWO

Scenario:

Mrs. Parbin, a 50-year-old, who has recently lost her husband and has refused to eat has presented with symptoms, such as low mood and depression and flaky skin. She complains of constant constipation, fatigue and reduced urine production. Initial assessment results of her body temperature, blood pressure, urine colour and body mass index are given below, with further test results revealing the presence of ketones, kidney problems and low blood volume. 

  • Biographical data: Older adult client
  • Reason for seeking care: Relative concern
  • History of health/illness: Refuses to eat
  • Past history: No medications, no illnesses

Vital Sign Measurements

Blood pressue: 115/69 mm Hg right arm

Pulse: 113 bpm (radial), 2+, regular rhythm

Temperature 38.7°C tympanic

Urine colour: Dark golden yellow

Body Mass Index: 18Kg/m2

Activity:

As a health care practioner, in 2,000 words, write a report that investigates how physiological measurements in the body are affected by ill health in the case of Mrs. Pabin or using a case of an anonymonised patient from your workplace . You should also plan care interventions based on her health conditions and physiological measurements which contribute to reducing risks to her health. To successfully meet the demand of this question, you will need to attempt the following tasks:

  • Investigate how physiological measurements in the body are affected by ill health. To complete this task satisfactorily, you will need to interpret normal and abnormal physiological measurements in the case of Mrs. Pabin or for an individual with ill heath in own workplace setting. To enhance the quality of your discussion and arguments, justify actions taken when physiological measurements are outside normal limits.
  • Plan care interventions based on an individual’s physiological measurements which contribute to reducing risks to health. You should prepare a risk assessment for Mrs. Pabin or an individual from your workplace, which minimises harm to her health as she is suffering from ill health. You should also produce a person-centred care plan for Mrs. Pabin which includes interventions that improve her ill health and associated outcomes. To evaluate the care plan, you may also wish to assess the effectiveness of the care plan in communicating Mrs. Pabin’s needs and requirements to others involved in caring for her. To identify areas of good practice and areas for improvement, you may critically evaluate own care plan and associated records of physiological measurements for Mrs. Pabin who is suffering from ill health.

Sample Answer

Anatomy and Physiology for Health and Ill Health

PART ONE: Understanding Human Organ Systems and Their Interrelationships

Introduction

As healthcare professionals, it is crucial to understand how the human body functions in health and how changes in organ systems affect ill health. This report outlines the structure and function of organ systems, how these systems interrelate, and the impact of ill health on physiological measurements.

Structure and Function of Human Organ Systems

Cells and Transport Mechanisms

Cells are the basic functional units of life. Each human cell contains organelles such as the nucleus, mitochondria, and cytoplasm. Osmosis (water transport) and diffusion (molecule transport) are vital for maintaining cellular balance. These processes allow nutrients to enter and waste to exit, enabling cells to support tissue and organ function.

Major Organ Systems

  • Cardiovascular System: Transports oxygen, nutrients, and hormones; includes the heart and blood vessels.

  • Respiratory System: Enables gas exchange; includes lungs, trachea, and diaphragm.

  • Digestive System: Breaks down food and absorbs nutrients; includes stomach, intestines, liver.

  • Nervous System: Controls body functions and communication; includes the brain and nerves.

  • Renal (Urinary) System: Removes waste; includes kidneys and bladder.

  • Musculoskeletal System: Provides structure and movement; includes bones and muscles.

  • Endocrine System: Regulates hormones; includes glands like the thyroid and pancreas.

  • Immune System: Protects from disease; includes white blood cells and lymph nodes.

Interrelationship of Body Systems in Health and Ill Health

In a healthy state, body systems work together seamlessly. For example:

  • Cardiovascular and Respiratory Systems: Oxygen from inhaled air is transferred to the blood and circulated.

  • Digestive and Cardiovascular Systems: Nutrients absorbed are transported by blood to cells.

  • Nervous and Musculoskeletal Systems: The brain sends signals to muscles for movement.

In ill health, these interactions can be disrupted. For instance, if the lungs fail (respiratory system), oxygen levels drop, stressing the heart (cardiovascular system). This can lead to fatigue and organ failure.

Homeostasis and Ill Health

Homeostasis is the body’s ability to maintain stable internal conditions. For example, body temperature, blood pressure, and glucose levels are regulated through feedback loops. Illnesses like diabetes disrupt homeostasis, causing imbalances in glucose control and affecting multiple systems.

PART TWO: Case Study of Mrs. Parbin

Investigating Physiological Changes Due to Ill Health

Analysis of Measurements

  • Temperature (38.7°C): Indicates possible infection or inflammation.

  • Blood Pressure (115/69 mmHg): Low-normal, possibly due to low fluid volume.

  • Pulse (113 bpm): High, possibly due to dehydration or stress.

  • BMI (18kg/m²): Underweight, reflecting malnutrition.

  • Urine Colour (dark yellow): Suggests dehydration and possible kidney strain.

Presence of ketones in urine implies the body is breaking down fat for energy due to lack of food intake, indicating a catabolic state. Reduced urine production and low blood volume point to kidney impairment.

Continued...

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