Write in detail about science and art of homeopathic case taking and give importance of clinical examination, investigation and record keeping of a patient for homeopathic prescription.

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WHO homeopathy clinical case taking patient safety diagnosis examination medical records guidance

This topic has two parts: the traditional homeopathic method of individualising a case, and standard clinical duties that protect patient safety. Homeopathic prescribing should never replace a proper diagnosis, evidence-based treatment, emergency referral, or indicated vaccination and screening. Major health bodies find no reliable evidence that homeopathy treats health conditions, and it should not be used for serious or potentially serious illness, as reflected in NHS England’s evidence review.

A detailed note can be organised as:

Principles and objectives of homeopathic case taking
The art of interviewing, observation, rapport, and eliciting individual symptoms
The science and structured format of case taking
Symptom analysis, evaluation, totality, repertorisation, and remedy selection within homeopathic theory
Clinical examination and differential diagnosis
Investigations, referral, red flags, and informed consent
Patient records, follow-up assessment, confidentiality, and medicolegal documentation

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A detailed note can be organised as:

Principles and objectives of homeopathic case taking
The art of interviewing, observation, rapport, and eliciting individual symptoms
The science and structured format of case taking
Symptom analysis, evaluation, totality, repertorisation, and remedy selection within homeopathic theory
Clinical examination and differential diagnosis
Investigations, referral, red flags, and informed consent
Patient records, follow-up assessment, confidentiality, and medicolegal documentation

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The question I have asked you, I want the notes on that. In detail for something 500 words. So give me on that, okay? Please exact no-- uh, note down the question what have-- I have given you above, and give me the exact answer from whatever source you take, and please, yeah.

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Science and Art of Homeopathic Case Taking and the Importance of Clinical Examination, Investigation and Record Keeping of a Patient for Homeopathic Prescription

Homeopathic case taking is the systematic collection and interpretation of a patient’s symptoms, personal characteristics, medical history and clinical findings. In traditional homeopathic practice, its purpose is to form an individualised “totality of symptoms” and select a remedy that most closely corresponds to the patient’s presentation. It has both an artistic and a scientific aspect.

Art of case taking

The art lies in establishing rapport, listening attentively and allowing the patient to speak freely. The physician should be patient, sympathetic, observant and non-judgmental. A calm atmosphere encourages the patient to disclose important details about physical suffering, emotions, fears, habits, relationships and stresses.

The practitioner observes the patient’s facial expression, manner of speaking, posture, gait, dress, behaviour, emotional reaction and general appearance. These observations may help identify distress and may also alert the clinician to urgent illness. Questions should begin broadly, such as “What troubles you most?” and then become specific. Leading questions should be avoided because they may produce inaccurate answers.

A traditional homeopathic interview seeks details of the chief complaint: onset, location, sensation, modalities, concomitant symptoms, progress and factors that aggravate or relieve the complaint. General features such as appetite, thirst, food desires and aversions, sleep, dreams, bowel and bladder habits, thermal preference, perspiration, menstrual history and emotional state are also recorded. Past illness, family history, occupational history, lifestyle, substance use, previous treatment, allergies and current medicines must be included.

Science of case taking

The scientific component means taking a structured, accurate and reproducible history, followed by clinical reasoning. Symptoms should be clearly classified as subjective symptoms, objective signs, general symptoms, particular symptoms and mental or emotional symptoms. The clinician should distinguish the patient’s own account from findings directly observed on examination.

The information should be analysed to identify the likely clinical diagnosis, differential diagnoses, severity and prognosis. Traditional homeopathic practice may use symptom evaluation, repertorisation and materia medica comparison, but this must not replace accepted diagnostic methods or necessary treatment. Current evidence reviews state that there is no reliable evidence that homeopathy is effective for any health condition, and homeopathic products should not substitute for proven medical care or vaccines, as noted by the US NCCIH review.

Importance of clinical examination

Clinical examination is essential in every patient. It confirms or challenges the history, detects objective signs and identifies danger signals. General examination includes vital signs, nutritional state, pallor, jaundice, cyanosis, oedema, lymph nodes and hydration. Systemic examination of the cardiovascular, respiratory, abdominal, nervous and musculoskeletal systems is performed according to the complaint.

Examination may reveal conditions such as pneumonia, severe anaemia, hypertension, diabetes complications, appendicitis, stroke, cancer or heart failure that cannot safely be managed on subjective symptoms alone. Red flags such as chest pain, breathlessness, high fever, bleeding, altered consciousness, seizures, severe dehydration, suicidal thoughts, acute weakness, pregnancy complications or suspected infection require urgent referral and evidence-based management.

Importance of investigations

Investigations support diagnosis, assess severity and guide referral or treatment. Appropriate tests may include blood count, blood glucose, urine examination, renal and liver function tests, thyroid tests, ECG, X-ray, ultrasound, CT, MRI or microbiological tests. Investigations should be selected rationally, not ordered routinely without indication. Their findings must be explained to the patient and acted upon promptly.

Importance of record keeping

A complete case record is necessary for continuity of care, follow-up and patient safety. It should include date and time; identification details; chief complaints; complete history; examination findings; investigations; diagnosis or differential diagnosis; current medicines and allergies; advice; referral; consent; and the treatment plan. At each follow-up, the physician records changes in symptoms, objective findings, adverse events, test results and reasons for modifying management.

Records must be factual, legible, dated, confidential and securely stored. Good documentation protects the patient, enables another clinician to understand the case, and provides medicolegal evidence of appropriate care.

Give in detail about renal pain for PM assignment. Its definition, causes, and differential diagnosis.

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Renal Pain: Definition, Causes and Differential Diagnosis

Definition

Renal pain is pain arising from the kidney or upper urinary tract. It is usually felt in the loin or flank, particularly at the costovertebral angle, between the 12th rib and vertebral column. It may radiate to the upper abdomen, lower abdomen, groin, genitalia, or inner thigh according to the site and nature of urinary tract involvement.

There are two main patterns:

Non-colicky renal pain
This is usually a constant, dull, aching, or dragging pain in the loin. It occurs mainly due to distension of the renal capsule, as in acute pyelonephritis, hydronephrosis, renal infarction, haemorrhage, or enlargement of the kidney.
Renal colic, more accurately called ureteric colic
This is severe pain due to acute obstruction and stretching of the renal pelvis or ureter, most commonly from a ureteric stone. The pain is sudden in onset, severe, and may vary in intensity. It is often accompanied by nausea, vomiting, sweating, restlessness and haematuria. Unlike patients with peritonitis, who tend to lie still, a patient with ureteric colic is restless and keeps changing position.

Renal colic results mainly from obstruction, increased intraluminal pressure, distension of the collecting system, ureteric spasm and hyperperistalsis. Small ureteric stones can produce very severe pain, whereas a large staghorn calculus may cause only a dull flank ache. Smith and Tanagho’s General Urology, pp. 281-282.

Radiation of pain

The site of radiation helps to locate the obstruction:

Renal pelvis or upper ureter: pain in the flank, costovertebral angle and upper abdomen.
Mid-ureter: pain radiates to the lower abdomen or iliac fossa.
Lower ureter: pain radiates to the groin, scrotum and testis in males, or labium majus in females.
Ureterovesical junction: frequency, urgency, dysuria and suprapubic discomfort may occur.

Pain from a lower ureteric stone may resemble cystitis, but urine culture may be negative despite red and white blood cells in urine. Harrison’s Principles of Internal Medicine, 22nd ed., pp. 2551-2557.

Causes of Renal Pain

A. Obstructive causes

Renal or ureteric calculi
This is the commonest cause of acute severe flank pain. A stone causes obstruction, hydronephrosis and ureteric spasm. Associated features include haematuria, nausea, vomiting and radiation of pain towards the groin.
Blood clot in the ureter
May occur after trauma, tumour, renal haemorrhage or anticoagulant use and can obstruct urine flow.
Sloughed renal papilla
Seen in papillary necrosis, especially in diabetes mellitus, analgesic nephropathy, sickle-cell disease or severe pyelonephritis.
Ureteric stricture
Narrowing of the ureter after surgery, infection, tuberculosis, radiation or previous stone disease can lead to obstruction and pain.
Pelviureteric junction obstruction
May cause intermittent flank pain, especially after increased fluid intake.
Extrinsic ureteric compression
Retroperitoneal fibrosis, pelvic tumours, pregnancy or enlarged lymph nodes may compress the ureter. The pain is usually gradual rather than acute colic.

B. Infective and inflammatory causes

Acute pyelonephritis
Causes constant unilateral loin pain, fever, chills, dysuria, frequency, nausea and costovertebral angle tenderness. The pain occurs because inflammation and oedema stretch the renal capsule.
Renal or perinephric abscess
May present with fever, persistent flank pain, malaise and marked tenderness.
Pyonephrosis
Infection in an obstructed collecting system. It is a serious condition and requires urgent drainage.
Renal tuberculosis
Can cause chronic flank pain with urinary symptoms, haematuria and sterile pyuria.

C. Vascular and traumatic causes

Renal infarction or renal artery occlusion
Sudden persistent flank pain may occur with nausea, vomiting, fever, haematuria and later acute kidney injury.
Renal vein thrombosis
Can cause flank pain, haematuria and renal impairment.
Renal trauma
Blunt or penetrating injury may produce pain, bruising, haematuria and shock.
Spontaneous renal haemorrhage
May occur in renal tumour, angiomyolipoma, vasculitis, anticoagulant therapy or bleeding disorders.

D. Renal enlargement or mass lesions

Polycystic kidney disease
Pain may arise from enlargement of the kidneys, cyst expansion, cyst haemorrhage, cyst infection or stone formation.
Renal tumour
Renal cell carcinoma may cause dull flank pain, haematuria and a palpable mass, though pain is often a late feature.
Hydronephrosis
Persistent obstruction stretches the renal pelvis and capsule, producing dull aching pain.

Differential Diagnosis of Renal Pain

Not every flank or loin pain is renal in origin. Important differential diagnoses include:

1. Musculoskeletal causes

Lumbar muscle strain
Vertebral disease
Intervertebral disc prolapse
Osteoarthritis of spine
Sacroiliac joint disease
Rib fracture

Musculoskeletal pain is often worsened by movement, posture or local pressure and is usually not associated with urinary symptoms or haematuria.

2. Gastrointestinal causes

Acute appendicitis, especially with right-sided lower abdominal pain
Acute cholecystitis, which can mimic right upper ureteric pain
Diverticulitis, especially left-sided pain
Peptic or duodenal ulcer
Pancreatitis
Intestinal obstruction

A ureteric stone at the right pelvic brim may mimic appendicitis, while one at the left pelvic brim may resemble diverticulitis. Harrison’s Principles of Internal Medicine, 22nd ed., p. 2557.

3. Vascular causes

Abdominal aortic aneurysm, especially leaking or ruptured aneurysm
Aortic dissection
Mesenteric ischaemia

These are life-threatening conditions and should be considered in an older patient with sudden severe abdominal, back or flank pain, hypotension or a pulsatile abdominal mass.

4. Gynaecological causes

Ectopic pregnancy
Ovarian torsion
Ruptured ovarian cyst
Pelvic inflammatory disease
Endometriosis

Pregnancy testing is important in women of reproductive age with abdominal or flank pain.

5. Other causes

Herpes zoster, where pain may precede the skin rash
Testicular torsion or epididymo-orchitis, especially if pain radiates to the scrotum
Retroperitoneal tumour
Psoas abscess

Clinical Importance

A patient with flank pain should be assessed by history, examination, urinalysis, renal function tests and appropriate imaging. Urgent assessment is needed when renal pain is associated with fever, sepsis, anuria, solitary kidney, pregnancy, persistent vomiting, severe renal impairment, haemodynamic instability, or suspected infected obstructed kidney. Obstruction with infection is a urological emergency because drainage may be urgently required. Harrison’s Principles of Internal Medicine, 22nd ed., p. 2557.

For suspected ureteric stone, non-contrast CT of the kidneys, ureters and bladder is highly useful because it detects stones and alternative diagnoses; ultrasound is particularly useful when radiation should be avoided. Bailey and Love’s Short Practice of Surgery, 28th ed., pp. 714-730.

Renal pain for PM assignment in detail

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Renal Pain

Definition, Causes, Clinical Features, Differential Diagnosis and Evaluation

Definition

Renal pain is pain arising from the kidney, renal pelvis, or upper urinary tract. It is typically felt in the flank or loin, near the costovertebral angle. This area lies posteriorly between the 12th rib and the vertebral column. Pain may radiate to the abdomen, groin, genital organs or inner thigh depending on whether the kidney, renal pelvis or ureter is involved.

Renal pain occurs mainly by two mechanisms:

Distension of the renal capsule
The renal capsule is sensitive to stretching. Enlargement or inflammation of the kidney produces a dull, constant, aching pain.
Distension and spasm of the renal pelvis or ureter
Sudden ureteric obstruction raises intraluminal pressure and causes severe pain, traditionally called renal colic. More accurately, it is often called ureteric colic, because the obstructed ureter is usually the source of the severe pain.

Smith and Tanagho’s General Urology, pp. 281-282, describes renal colic as pain related to stretching of the collecting system or ureter, while non-colicky renal pain is related to distension of the renal capsule.

Types of Renal Pain

1. Non-colicky renal pain

This is a dull, constant, aching or dragging pain felt in the loin. It is caused by stretching of the renal capsule due to renal enlargement, inflammation, oedema, haemorrhage or hydronephrosis.

Characteristics

Dull and continuous
Located in the flank or renal angle
Usually does not radiate markedly to the groin
May worsen with movement, pressure or percussion over the renal angle
Associated symptoms depend on the cause, such as fever, dysuria, haematuria or reduced urine output

Examples

Acute pyelonephritis
Hydronephrosis
Polycystic kidney disease
Renal tumour
Renal infarction
Perinephric abscess
Renal haemorrhage

2. Renal or ureteric colic

Ureteric colic is a sudden, severe pain due to acute obstruction of urine flow, most commonly by a ureteric calculus. Obstruction results in increased pressure above the blockage, distension of the renal pelvis and ureter, smooth-muscle spasm and increased ureteric peristalsis.

Characteristics

Sudden onset of severe unilateral flank pain
Pain may fluctuate in intensity but often does not completely disappear
Patient is restless, anxious, sweaty and unable to lie still
Nausea and vomiting are common
Haematuria may be present
Pain may radiate from the loin to the abdomen, groin, scrotum, testis, vulva or labium
Urgency, frequency and dysuria may occur with a distal ureteric stone

A stone may be small but cause severe pain if it acutely obstructs the ureter. Conversely, a large staghorn calculus may produce only a dull ache. Harrison’s Principles of Internal Medicine, 22nd ed., pp. 2551-2557.

Causes of Renal Pain

A. Obstructive Causes

1. Renal or ureteric calculus

This is the commonest cause of acute renal or ureteric colic. A stone may obstruct the renal pelvis, ureteropelvic junction, ureter, or ureterovesical junction.

Associated features

Severe colicky flank pain
Haematuria
Nausea and vomiting
Restlessness
Radiation of pain to groin or genitalia
Dysuria, urgency and frequency in lower ureteric obstruction

2. Hydronephrosis

Hydronephrosis means dilatation of the renal pelvis and calyces due to obstruction to urine flow. It may result from stone, stricture, tumour, prostatic enlargement, pregnancy, or congenital pelviureteric junction obstruction. It generally causes a dull aching flank pain, although acute obstruction can cause colic.

3. Ureteric stricture

A ureteric stricture may develop after surgery, radiation, tuberculosis, stone disease, trauma or previous instrumentation. It causes gradual obstruction and may produce persistent loin pain, recurrent urinary infection or declining renal function.

4. Blood clot obstructing the ureter

Blood clots can obstruct the ureter after trauma, tumour, renal haemorrhage, anticoagulant use or surgery. This may mimic ureteric stone colic.

5. Sloughed renal papilla

Papillary necrosis can lead to passage of a sloughed papilla into the ureter and obstruction. It may occur in diabetes mellitus, analgesic abuse, sickle-cell disease, severe pyelonephritis and urinary obstruction.

6. Extrinsic compression of the ureter

The ureter may be compressed by:

Retroperitoneal fibrosis
Pelvic tumour
Enlarged lymph nodes
Cervical or ovarian malignancy
Pregnancy
Retroperitoneal mass

The onset is generally gradual, so severe acute colic is less typical.

B. Infective and Inflammatory Causes

1. Acute pyelonephritis

Acute pyelonephritis is infection and inflammation of the kidney and renal pelvis. Inflammation causes oedema and stretching of the renal capsule.

Features

Constant loin pain
Fever and chills
Dysuria, urgency and frequency
Nausea and vomiting
Costovertebral angle tenderness
Pyuria and bacteriuria on urine examination

2. Pyonephrosis

Pyonephrosis refers to pus in an obstructed renal collecting system. It is a serious urological condition. The patient may have fever, flank pain, sepsis, renal dysfunction and features of urinary obstruction. Urgent hospital assessment and drainage are required.

3. Renal or perinephric abscess

A renal abscess or perinephric abscess can produce fever, persistent flank pain, malaise, weight loss and marked tenderness over the kidney region.

4. Renal tuberculosis

Renal tuberculosis can cause chronic flank discomfort, dysuria, frequency, haematuria and sterile pyuria. It should be considered in chronic or recurrent urinary symptoms, especially with systemic symptoms or a history of tuberculosis exposure.

C. Vascular Causes

1. Renal infarction

Renal infarction occurs when arterial blood supply to part or all of the kidney is blocked, usually from embolism or thrombosis. It produces sudden persistent flank pain and may be associated with fever, nausea, vomiting, haematuria, raised lactate dehydrogenase and acute kidney injury.

2. Renal artery thrombosis or embolism

Acute renal artery occlusion may cause severe constant flank or abdominal pain, nausea, vomiting, haematuria, oliguria and renal impairment. It requires urgent evaluation.

3. Renal vein thrombosis

This may occur in nephrotic syndrome, malignancy, dehydration and hypercoagulable states. It can cause flank pain, haematuria, proteinuria and impaired renal function.

4. Renal haemorrhage

Renal bleeding may follow trauma, anticoagulant therapy, tumour rupture, vascular abnormality or angiomyolipoma. Pain occurs due to renal enlargement or perinephric bleeding.

D. Renal Enlargement and Cystic Diseases

1. Polycystic kidney disease

Patients with autosomal dominant polycystic kidney disease may have flank or abdominal pain due to:

Expansion of renal cysts
Bleeding into a cyst
Infection of a cyst
Renal stone formation
Enlargement and distortion of the kidney

When assessing chronic flank pain in polycystic kidney disease, infection, stones and tumour should first be excluded. Comprehensive Clinical Nephrology, 7th ed., p. 1960.

2. Renal tumour

Renal cell carcinoma may cause a dull aching flank pain, haematuria and palpable renal mass. However, this classic triad is uncommon and usually suggests advanced disease. Pain may occur due to haemorrhage, obstruction, tumour enlargement or invasion of adjacent structures.

3. Renal cyst

A simple renal cyst is usually asymptomatic but may cause pain if it becomes very large, haemorrhages, becomes infected or causes obstruction.

E. Traumatic Causes

Renal trauma may be blunt or penetrating. Blunt trauma commonly follows road traffic accidents, falls, sports injuries or assault. The patient may have flank pain, bruising, abdominal tenderness, haematuria, shock or a palpable mass.

Trauma with hypotension, gross haematuria, severe flank tenderness or a suspected renal injury requires urgent imaging and specialist assessment.

Radiation of Renal and Ureteric Pain

The pattern of radiation helps identify the likely level of ureteric obstruction:

Site of lesion	Pain pattern
Kidney or renal pelvis	Flank and costovertebral angle pain
Upper ureter	Flank pain radiating anteriorly to upper abdomen
Mid-ureter	Pain to lower abdomen or iliac fossa
Lower ureter	Pain radiating to groin, testis, scrotum, vulva or labium
Ureterovesical junction	Suprapubic pain, urgency, frequency and dysuria

A lower ureteric stone can cause bladder irritation and be mistaken for cystitis. In stone disease, urine may show red and white blood cells, but culture may be negative. Harrison’s Principles of Internal Medicine, 22nd ed., p. 2557.

Differential Diagnosis of Renal Pain

Flank pain should not automatically be diagnosed as kidney pain. A wide range of disorders can mimic renal or ureteric colic.

1. Musculoskeletal Conditions

Lumbar muscle strain
Lumbar spondylosis
Prolapsed intervertebral disc
Vertebral fracture
Osteoarthritis of the spine
Sacroiliac joint disease
Rib fracture
Myofascial pain

Musculoskeletal pain is often related to movement, posture or local tenderness. It is usually not associated with urinary symptoms, fever, haematuria or costovertebral angle tenderness.

2. Gastrointestinal Conditions

Acute appendicitis

Right lower ureteric pain can resemble appendicitis, especially when the stone is near the right pelvic brim.

Acute cholecystitis

A stone near the right ureteropelvic junction can occasionally mimic acute cholecystitis.

Diverticulitis

Left lower ureteric pain can be confused with left-sided acute diverticulitis.

Peptic or duodenal ulcer

May cause upper abdominal pain that radiates to the back.

Acute pancreatitis

Usually produces severe upper abdominal pain radiating to the back, with vomiting and abdominal tenderness.

Intestinal obstruction

Colicky abdominal pain with vomiting, abdominal distension, constipation and failure to pass flatus may mimic colic but is usually more central or bilateral.

3. Vascular Conditions

Abdominal aortic aneurysm

A leaking or ruptured abdominal aortic aneurysm can mimic renal colic, particularly left-sided flank pain. It is a life-threatening emergency, especially in an older patient with hypotension, collapse, abdominal or back pain, or a pulsatile abdominal mass.

Aortic dissection

May cause severe chest, back, abdominal or flank pain with pulse deficits or hypotension.

Mesenteric ischaemia

Severe abdominal pain with vascular risk factors should raise suspicion of mesenteric ischaemia.

4. Gynaecological Conditions

In women, the following should be considered:

Ectopic pregnancy
Ovarian torsion
Ruptured ovarian cyst
Pelvic inflammatory disease
Endometriosis
Dysmenorrhoea

A pregnancy test is necessary in women of reproductive age who present with acute abdominal, pelvic or flank pain.

5. Neurological and Dermatological Conditions

Herpes zoster

Pain, burning or hypersensitivity in a dermatomal distribution may occur before the appearance of characteristic vesicular rash.

Radiculopathy

Nerve-root compression from spinal disease can cause unilateral back or flank pain with radiation, numbness or weakness.

6. Genital Conditions

Testicular torsion
Epididymo-orchitis
Inguinal hernia

These can cause lower abdominal, groin or scrotal pain and may be confused with a distal ureteric stone.

Clinical Evaluation of Renal Pain

History

Important points include:

Site, onset, duration and severity of pain
Character: dull, aching, colicky, burning or stabbing
Radiation of pain
Previous stones, urinary infection or renal disease
Fever, chills, nausea and vomiting
Dysuria, frequency, urgency or nocturia
Haematuria, gravel or stone passage
Oliguria, anuria or reduced urine output
Trauma
Drug history, especially anticoagulants and analgesic overuse
Pregnancy possibility
Past history of diabetes, gout, tuberculosis, malignancy or polycystic kidney disease

Examination

Examine the patient’s general condition and vital signs. Look for fever, tachycardia, dehydration, hypotension and signs of shock.

Abdominal examination should assess:

Flank tenderness
Costovertebral angle tenderness
Palpable kidney or abdominal mass
Suprapubic fullness suggesting retention
Guarding, rigidity or rebound tenderness
Pulsatile abdominal mass suggesting abdominal aortic aneurysm

Costovertebral angle tenderness can be present in pyelonephritis or urinary obstruction. Merck’s renal assessment guidance notes that it may indicate pyelonephritis or obstruction caused by calculi.

Investigations

Appropriate investigations include:

Urinalysis
Tests for blood, protein, pus cells, nitrites and glucose.
Urine microscopy, culture and sensitivity
Required when infection is suspected.
Blood tests
- Complete blood count
- Serum creatinine and urea
- Electrolytes
- Blood glucose
- C-reactive protein
- Liver function tests if another abdominal cause is possible
Pregnancy test
Essential in women of reproductive age with acute abdominal or pelvic pain.
Ultrasonography
Detects hydronephrosis, renal mass, enlarged kidney and some renal or ureteric stones. It is preferred in pregnancy and often used first in children.
Non-contrast CT of kidneys, ureters and bladder
This is highly sensitive for stones and can also identify alternative diagnoses. For adults with suspected renal colic, NICE recommends urgent low-dose non-contrast CT within 24 hours, except in pregnancy, where ultrasound is preferred.

Red-Flag Features

Urgent referral or emergency assessment is needed for renal pain with:

Fever or suspected sepsis
Obstruction with urinary infection
Anuria or severe oliguria
Solitary kidney with obstruction
Acute kidney injury
Persistent vomiting or dehydration
Uncontrolled severe pain
Pregnancy with severe pain or suspected obstruction
Gross haematuria with instability
Hypotension, collapse or suspected abdominal aortic aneurysm
Severe trauma
Altered mental status

An obstructed infected kidney is a urological emergency and needs urgent hospital treatment, antibiotics and relief of obstruction.

Conclusion

Renal pain is usually felt in the loin or flank and may be dull and constant due to capsular distension, or severe and colicky due to ureteric obstruction. Ureteric stones are the most frequent cause of acute renal colic, but infection, hydronephrosis, cystic disease, tumour, trauma, vascular disease and obstruction from other causes must also be considered. Careful history, clinical examination, urinalysis, blood tests and imaging are necessary to establish the cause and exclude dangerous non-renal conditions such as appendicitis, ectopic pregnancy, pancreatitis and abdominal aortic aneurysm.

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