KA PI

✍DAVID KAFWIMBI KAPI
A WHOLE REGISTERED NURSE AT MWEKERA CLINIC I HAVE A 4 YEARS EXPERIENCE In TEACHING THE COURSES HAVE HELPED MORE THAN 100 STUDENTS WHO ARE NOW REGISTERED BY THE NMCZ
I GUIDE STUDENTS In ALL VARIOUS DIFFERENT COURSES
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1 ST YEARS
2 ND YEARS
3 RD YEARS
OTHER QUALIFICATIONS
📌Certificate In psychosocial counselling
📌certificate in public speaking
📌certificate In oral health care
📌certificate In transformational leadership
📌certificate In life management
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✍REGISTERED MIDWIVES.
COURSE：NUTRITION
BY DAVID KAFWIMBI KAPI
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MACRO NUTRIENTS
Carbohydrates, proteins, and fats are the main types of macronutrients in food (nutrients that are required daily in large quantities). They supply 90% of the dry weight of the diet and 100% of its energy. All three provide energy (measured in calories), but the amount of energy in 1 gram (1/28 ounce) differs:

4 calories in a gram of carbohydrate or protein
9 calories in a gram of fat
These nutrients also differ in how quickly they supply energy. Carbohydrates are the quickest, and fats are the slowest.

Carbohydrates, proteins, and fats are digested in the intestine, where they are broken down into their basic units:

Carbohydrates into sugars
Proteins into amino acids
Fats into fatty acids and glycerol
The body uses these basic units to build substances it needs for growth, maintenance, and activity (including other carbohydrates, proteins, and fats).
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QUALITIES OF A NURSE

👉A nurse should be:
👉Kind, cheerful, responsible, knowledgeable and efficient.
👉Punctual, tactful and able to improvise
👉have respect for other workers and patients
👉be clean so that she can be an example to other people
👉be friendly and assuring to patients and relatives
👉should be honesty
👉show sympathy and empathy when appropriate
👉should be fair to all patients but firm
👉Observant and should learn to report any discomfort or any good signs in terms of recovery
👉be encouraging especially in good habits
👉Be ready to accept advice and guidance from senior students and other senior personnel.
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2026 JULY INTAKE

CEREBRAL VASCULAR ACCIDENT(STROKE)

A. DEFINE CEREBRAL VASCULAR ACCIDENT
Cerebral-Vascular accident (CVA) is the sudden disruption of O₂ supply to the nerve cells, generally caused by obstruction or rupture in one or more of the blood vessels that supply the brain characterised by loss of consciousness, paralysis and impaired speech.

B. STATE THE CAUSES OF CEREBRAL VASCULAR ACCIDENTS.

1. CEREBRAL THROMBOSIS: In elderly people, the cerebral arteries are affected by arteriosclerosis in which the lining of the arteries becomes thickened and roughened. The flow of blood is obstructed and clotting occurs. This clot (thrombus) blocks the artery and deprives part of the brain of its blood supply.

2. CEREBRAL HAEMORRHAGE: Rupture of a blood vessel produces hemorrhage into the brain. This event is more common in case of hypertension.

3. CEREBRAL EMBOLISM: An embolus, or detached clot, may lodge in one of the cerebral arteries and produce a stroke. This variety of stroke is seen in diseases where a clot forms on the left side of the heart and is carried up in the blood stream to lodge in one of the cerebral vessels. The diseases which most frequently cause a clot in the left side of the heart are:
a. Mitral stenosis with atrial fibrillation
b. Myocardial infarction
c. Subacute bacterial endocarditis

C. EXPLAIN THE PATHOPHYSIOLOGY OF CEREBRAL VASCULAR ACCIDENT.
The brain must receive a steady supply of nutrients from the blood because it has no capacity to store either O₂ or glucose. It is supplied with blood from two major pairs of vessels, the internal carotids and vertebrals.
The complex processes of cerebral auto regulation maintain blood flow to the brain at a fairly constant rate of 750mls per minute. The cerebral vessels dilate and constrict in response to changes in blood pressure and carbon dioxide tension. Ischemia will cause primary death of cerebral cells or cerebral infarction, which creates a core of necrotic tissues. There is secondary area of tissue damage in which cells are temporarily unable to function but may remain viable. Ischemia will cause the following:
• Impaired movement of calcium and potassium. High levels of calcium are believed to trigger the activation of enzymes that attack neuron cell membranes.
• The accumulation of O₂ free radicals, which further disrupt calcium metabolism.
• The presence of glucose is low: perfusion area enhances lactate production, which worsens cellular damage and acidosis.
• An influx of fluid-activated white cells and coagulation factors further clog the microcirculation.
Stroke associated with hemorrhage is primarily related to an abrupt rise in intracranial pressure and ischemia followed by cerebral edema. With intracerebral bleeding blood is forced into the adjacent brain tissue, where a hematoma forms. This will result in compression of tissue and even result in brain tissue displacement or herniation.

D. STATE THE CLINICAL FEATURES OF CVA
Specific symptoms will reflect the site and severity of ischemic damage.
MOTOR EFFECTS
• Hemiparesis or hemiplegia of the side of the body opposite the site of ischemia.
• Initially flaccid, progressing to spactic.
• Dysphagia : swallowing reflex may also be impaired
• Dysarthria
BOWEL AND BLADDER
• Frequency, urgency and urinary incontinence
• Constipation
• Bowel incontinence
LANGUAGE
• Aphasia: difficulty or inability to express self verbally or difficulty or inability to comprehend speech.
• Alexia: inability to understand written word
• Agraphia: inability to express self in writing.
SENSORY-PERCEPTUAL
• Diminished response to superficial sensation i.e. touch, pain, pressure, heat and cold.
• Diminished proprioception: loss of awareness of where various body parts are in relationship to each other and the environment.
COGNITIVE-EMOTIONAL
• Emotional lability and unpredictability
• Depression
• Memory loss
• Short attention span
• Loss of reasoning,( judgment and abstract thinking ability)
AS the cerebral edema increases; there will be changes in mentation including apathy, irritability, disorientation, memory loss, withdrawal, drowsiness, stupor or coma.
Other clinical features are:
• Numbness or loss of sensation
• Weakness or paralysis on part or one side of the body.
• Headache, neck stiffness and rigidity
• Vomiting
• Seizures
• Dizziness or syncope

E. EXPLAIN THE MANAGEMENT OF CVA
1. MEDICAL MANAGEMENT
A. INVESTIGATIONS
a. CT scan: To reveal site of infarction, hematoma and shift of brain structure.
b. MRI: Magnetic Resonance Imaging to reveal site of infarction
c. EEG: Shows abnormal nerve impulse transmission
d. Lumbar Puncture for CSF analysis: Not done routinely especially if there is IICP.
e. Cerebral Angiography: To pin point site of rupture or occlusion and identify collateral blood circulation.
2. MEDICAL TREATMENT
• RESPIRATORY SUPPORT: Maintenance of air-way and delivery of O₂ as needed. Intermittent positive pressure breathing (IPPB) and chest physiotherapy are important.
• IV fluids: To maintain fluid and electrolyte balance. Fluids may be limited while IICP is a risk.
• Positioning: Bed rest during acute stage. Activity level is increased as patient’s condition improves. Elevate HOB at 30° as prescribed. HOB may be kept up with hemorrhagic stroke or patients with IICP to decrease cerebral perfusion and improve venous outflow.
• Diet: NPO status and possible gastric tube if swallow and gag reflexes are diminished or if patient has decreased LOC. A low-Na⁺ and low- fat diet may be prescribed to minimize other risk factors.
PHARMACOTHERAPY
• Anticoagulants: In patients with CVS or transient Ischemic attacks Heparin sodium and Warfarin Sodium to help prevent further thrombosis.
• Antihypertensive agents e.g. Nifedipine to control very high Blood pressure, which may cause cerebral edema and IICP.
• Antiplatelet medications e.g. Aspirin in conjuction with dipyridamole or Sulfinpyrazone; to prevent platelet aggregation that may lead to thrombus formation.
• Glucocorticosteroids: e.g. Dexamethasone and Osmotic diuretics (Mannitol) to prevent or reduce cerebral edema.
• Antacids and histamine H₂-Receptor blockers (e.g. ranitidine) to reduce the risk of GI hemorrhage from gastric ulcer caused by stress.
• Ant epilepsy drug e.g. phenytoin or Phenobarbital; to control and prevent seizures.
• Sedatives/Tranquilizers e.g. diphenhydramine; to promote rest. These are used cautiously to avoid further impairment of neurologic function.
• Analgesics e.g. Acetaminophen; to control headache
• Stool softeners e.g. Acetaminophen to control headache
• Stool softeners e.g. Docusate or Bisocondayle to prevent straining which can result in IICP
• Hemodilution: e.g. albumin, Crystalloid fluids. Hydration is promoted via fluids and volume expanders to decrease blood viscosity in order to improve cerebral blood flow.
NURSING CARE
AIMS
1. TO PREVENT COMPLICATIONS ASSOCIATED WITH STROKE
2. TO MAINTAIN A PATENT AIRWAY
3. TO PROVIDE A NUTRITIOUS DIET
4. TO BRING BACK THE PATIENT TI HIS/HER NORMAL OR NEAR NORMAL FUNCTIONAL STATE.
The nursing care of a patient with stroke calls for total nursing care in which all activities of daily living are done on behalf of the patient.
ENVIRONMENT/POSITION
• The patient is best nursed in the intensive care unit where he/she will be closely monitored during the acute/critical stage.
• The patient is placed on bed rest with the head of the bed elevated at 30° and positioned well, to prevent the tongue from falling back.
• Supplemental O₂ may be administered preferably 100% O₂ from the cylinder.
• The environment is kept as quiet and restful as possible and all activities that are known to increase intracranial pressure, such as coughing, straining, lying prone, muscle contraction, emotional upset and abrupt head or neck flexion are avoided or minimized.
• The patient is assisted to change positions every 2 hours and encouraged to move independently in bed as soon as possible. The affected arm is positioned with the hand elevated above the wrist and the wrist above the elbow to support venous return and minimize edema.
• Shoulders are placed in neutral position with support as needed. Pillows, rolled towels and sand bags are used to support normal body alignment with particular attention to preventing external rotation of the hip.
• Special care to avoid excess pressure or pull on the shoulder joint, which is extremely vulnerable to joint subluxation and adduction contractures should be put in place.
• Heels should be elevated off the mattress to avoid pressure injury and foot positioning to prevent foot drop.
• Hands are splint firmly. Supine position is avoided to prevent aspiration. A side-lying position with the head of the bed elevated 10 to 20° should be maintained.
• Pressure area care and prevention of sore formation with the use of elbow and heel protection is done.
OBSERVATION
• Immediately after the patient’s admission the focus of nursing care is on monitoring the patient’s neurological status and preventing complications, while assessing the severity of stroke.
• Vital signs and neurological checks are performed regularly to rule out the presence of IIP.
• The Glasgow coma scale is used to assess the level of consciousness and neurological responses.
• Assess for signs of pressure, shearing or friction damage during each position change.
• Change the patient’s position every 2 hourly and record on the chart. Ensure strict input and output recording.
• The patient will have an indwelling urethral catheter, therefore assess for any presence of infection. Get urine samples for examination.
NUTRITION AND FLUIDS
• Depending on the condition of the patient, feeding may be through NGT. Assess the swallowing reflexes of the patient
• Ensure that the tube is in the right place to Prevent chocking the patient.
• A highly nutritious diet should be given through an NGT such as milk, soup, custard and light porridge.
• Ensure that feeds are at an acceptable temperature; prevent burning the gut of the patient.
• Fluids are strictly given to prevent cerebral edema.
• IV fluids will be maintained if there is IIP; hypertonic fluids to reduce cerebral edema will be given.
ELIMINATION
• Ensure that the patient is not constipated. Stool softeners may be given to prevent straining.
• Patient may have uncontrolled bowel movements, ensure that a barrier-cream is applied to the buttock (perineal area) to prevent skin excoriation.
HYGIENE
• Since the patient depends totally on the nurse, all hygienic needs should be done for her, i.e. bedpans, pressure area care, mouth care and catheter toilet.
• Ensure that the patient is in a dry, clean environment.

EXERCISES AND REHABILITATION
• The rehabilitation plan incorporates active physical therapy, but the nurse needs to incorporate a variety of interventures into the patients daily care routines.
• Positioning is fundamental to preventing complications such as contractures and skin breakdown.
• Coughing and deep breathing exercises and frequent position changes prevent pooling of mucus and encourage ventilation of all areas of the lungs.
• Encourage patient with hemiplegia to exercise while they are still in bed not only prepares them for later activities but also offers hope and a sense of optimism about recovery.
• Perform passive ROM exercises four times daily after the first 24hours following a stroke.
• Frequent ROM prevents joint immobility, tendon contractures, and muscle atrophy and weakness. They also stimulate circulation and help re-establish neuromuscular pathways.
• Help patient out of bed as soon as it is medically permitted. Involve physiotherapist to assist with exercises. Help patient use walker with guidance/ use of crutches.
• Assist patient to be on a wheel chair or use a wheel chair.
• Speech therapist should be consulted to re-train the patient on speech if it has been affected. The client may be taught to use the other hand which is not affected.
HEALTH EDUCATION
• If the patient is to be discharged home, the family needs clear understanding of the residual deficits. The family and patient need to have realistic expectations about the patient’s abilities.
• Emphasis on the need of physiotherapy if there’s residue disability as rehabilitative measures
• Patient should avoid high cholesterol diet and high Na⁺ intake.
• Patient has to reduce weight if he is obese.
• Reduce or stop smoking/alcohol beverages. Patient has to avoid prolonged bed rest and stressful life-styles.

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💥CHANGE💥

✍️Change means making something different from the way it was originally.
💥CHANGE MANAGEMENT💥

✍️Change management is a term used to refer to the introduction of new processes in an organization, or the management of people who are experiencing change.
💥💥 *Types of change*
✍️Strategic changes
✍️Technological changes
✍️Structural changes
✍️Changing the attitudes and behaviours of personnel
💥💥 *Theories of change*
✍️ Unfreeze: The first stage of the process of change according to Lewin’s method involves the preparation for the change. This means that at this step, the organization must get prepared for the change and also for the fact that change is crucial and needed.

✍️Change: This is the stage where the real transition or change takes place. The process may take time to happen as people usually spend time to embrace new happenings, developments, and changes. At this stage, good leadership and reassurance is important because these aspects not only lead to steer forward in the right direction but also make the process easier for staff or individuals who are involved in the process. Communication and time thus are the keys for this stage to take place successfully.

✍️Refreeze: Now that the change has been accepted, embraced and implemented by people, the company or organization begins to become stable again. This is why the stage is referred to as refreeze. This is the time when the staff and processes begin to refreeze, and things start going back to their normal pace and routine.
💥💥Reasons people resist change💥💥
✍️(1) Loss of status or job security in the organization
It is not our nature to make changes that we view as harmful to our current situation. In an organizational setting, this means employees, peers, and managers will resist administrative and technological changes that result in their role being eliminated or reduced.
✍️(2) Poorly aligned (non-reinforcing) reward systems-Employees will resist change when they do not see any

"THE FOUR PEOPLE YOU NEED TO FULFIL DESTINY "
2.INFLUENTIAL PEOPLE
📍People of influence play a significant role in helping us fulfill our destiny. They are individuals whose wisdom, experience, position, or example opens doors and inspires us to become who we were created to be. While they cannot fulfill our destiny for us, they can help us discover, develop, and pursue it.
Influential people
✅They provide direction. Influential people help us see opportunities we may not recognize on our own. Their guidance can prevent costly mistakes and keep us focused on the right path.
✅They open doors. Many opportunities come through relationships. People of influence can introduce us to mentors, employers, partners, or networks that accelerate our growth.
✅They inspire greatness. Their lives demonstrate what is possible. Seeing someone overcome challenges and succeed encourages us to believe that we can do the same.
✅They develop our potential. They challenge us to grow, sharpen our skills, and stretch beyond our comfort zones. Growth often happens through correction, encouragement, and accountability.
✅They speak on our behalf. A good reputation with influential people can lead to recommendations, promotions, and opportunities that might otherwise be unavailable.
✅️They provide wisdom. Their experience helps us make better decisions and avoid pitfalls that could delay our purpose.
✅️They encourage perseverance. During difficult seasons, influential people can remind us of our purpose and motivate us to keep moving forward.
David kafwimbi kapi / Transforming lives / building nations /public speaker 🔊

ACARDIUS ACEPHALUS is one of the rarest types of conjoined/twin pregnancy complications.

It happens in a condition called TRAP sequence - Twin Reversed Arterial Perfusion.

What it means
- Acardius: "without a heart"
- Acephalus: "without a head"

So an _acardius acephalus_ twin develops without a heart and without a head. The body is usually just a torso with some limbs, and it’s not viable on its own.

How it happens
In identical twin pregnancies that share one placenta, blood vessels can connect abnormally. One twin, the "pump twin," has a normal heart and pushes blood through the placenta to the other twin.

That second twin gets blood flowing backwards, so the organs that develop first - brain and heart - don’t form properly. That’s why you get the acardius acephalus form.

Key points
- Not a separate pregnancy: It’s a malformed twin that depends entirely on the pump twin’s circulation
- Very rare: TRAP sequence occurs in about 1 in 35,000 pregnancies
- Management: The main goal is protecting the healthy pump twin. Doctors usually monitor closely and may intervene with procedures to stop blood flow to the acardiac twin.
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