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Query: UMLS:C0016199 (flank pain)
 2,189 document(s) hit in 31,850,051 MEDLINE articles (0.00 seconds)

Renal colic pain due to obstructing stone is the main renal cause of acute flank pain. However, other causes may be responsible for the same clinical findings, including acute pyelonephritis, acute vascular conditions, and hemorrhage. The purpose of this review is to describe the differential diagnosis, the computed tomographic findings and pitfalls, and the role and impact of computed tomography in the diagnosis and management of the renal causes of acute flank pain.
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PMID:Computed tomography in the nontraumatic renal causes of acute flank pain. 1885 40

Renal vein thrombosis is a well-known complication of nephrotic syndrome, but rarely its first or only symptom. We describe a 26-year-old patient presenting with flank pain suggestive of renal colic. A computed tomography scan showed acute renal vein thrombosis, the only sign of a later diagnosed nephrotic syndrome. This is a rare presentation of a renal vein thrombosis caused by nephrotic syndrome, and easily misdiagnosed as renal calculi especially in young and otherwise asymptomatic patients.
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PMID:Renal colic as the first symptom of acute renal vein thrombosis, resulting in the diagnosis of nephrotic syndrome. 1938 37

Splenic lymphoma, or primary malignant lymphoma of the spleen (PMLS), is an uncommon condition whose true nature is difficult to define due to the variable ways it has been classified. Out of all non-Hodgkin's lymphomas it comprises less than 2% of cases. Some experts suggest that PMLS only involves the spleen and splenic hilum, while others consider PMLS to be an entity that develops within the spleen and later has the potential for invading adjacent organs and metastasizing. Clinical features of splenic lymphoma are characterized by nonspecific systemic symptoms such as low grade fevers, night sweats and symptoms related to considerable splenomegaly. Most of these lymphomas are of B-cell origin showing low or intermediate-grade lymphoma on histological analysis. The case we present here is of a patient presenting with left sided flank pain, and given a previous history of nephrolithiasis, a presumably simple diagnosis of kidney stones was made. However, further investigation led to the discovery of splenic lymphoma, which was asymptomatic earlier but may have manifested symptoms that mimicked renal colic.
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PMID:Splenic non-Hodgkin's lymphoma presenting as recurrent kidney stones -- an "incidentaloma"? 1954 77

(1) Renal colic is an acute syndrome involving unilateral flank pain, linked to an obstruction in the upper urinary tract. The pain is often intense. After having considered other diagnoses and checked for signs of complication (fever, oligoanuria), the first step is to control the pain; (2) Which non-invasive treatments have a positive risk-benefit balance in relieving this type of pain? To answer this question, we reviewed the available evidence, based on the standard Prescrire methodology; (3) According to a meta-analysis of 20 trials, nonsteroidal antiinflammatory drugs (NSAIDs) and strong opioid analgesics have comparable efficacy. The most widely studied NSAID is diclofenac, given intramuscularly at a dose of 50 mg or 75 mg. Pethidine is the best-assessed strong opioid, given intramuscularly at a dose of 50 mg to 100 mg, which corresponds to about 5 mg to 10 mg of morphine. Morphine is given intravenously; subcutaneous administration is an alternative although it has not been evaluated in renal colic; (4) In clinical trials, NSAIDs were associated with fewer adverse effects than opioids, which cause vomiting in about 20% of patients (versus about 6% with an NSAID); (5) NSAIDs expose patients to a risk of functional renal impairment, especially in patients with heart failure, renal artery stenosis, dehydration, renal impairment or ongoing treatment with a nephrotoxic drug, and the very elderly. NSAIDs should never be used during pregnancy; (6) According to one trial in 130 patients, the analgesic effect of the morphine and NSAID combination was greater than either agent used alone, in about 10% of patients; (7) Paracetamol has not been evaluated in comparative trials of renal colic, even for moderate pain; (8) Scopolamine is the only antispasmodic to have been evaluated in a comparative trial. Adding scopolamine to morphine did not seem to provide additional efficacy; (9) Other drugs, which have not been adequately tested as of early 2009, have no documented benefit in the treatment of the pain associated with renal colic; tamsulosin, nifedipine, desmopressin; (10) Among the non-drug measures tested, local active warming, taking care to avoid burns, was effective against pain according to one trial; pain was reduced by at least 50% using a device delivering 42 degrees C to the abdomen or lower back; (11) In pregnant women, morphine carries a lower risk of adverse effects than NSAIDs; (12) In practice, the treatment of renal colic is mainly based on taking an NSAID, or morphine when the NSAID does not adequately control the pain or when it is better to avoid using NSAIDs.
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PMID:Renal colic in adults: NSAIDs and morphine are effective for pain relief. 1988 96

Renal stones (nephrolithiasis) are a relatively common problem and a frequent Emergency Department (ED) diagnosis in patients who present with acute flank/abdominal pain. The goal of this topic review is to provide physicians with an evidence-based diagnostic approach for the evaluation and management of patients with nephrolithiasis. Unenhanced helical CT scan of the abdomen and pelvis should be performed on all patients with their first episode of acute flank pain and suspected renal colic. It is considered the optimal diagnostic test to confirm a urinary stone in a patient with flank pain. Pain management can be achieved by using NSAIDs, opioids or a combination of both. Several factors will help you determine if emergent urology evaluation is warranted; size and location of renal calculi, persistence of colic pain, impaired renal function and signs of infection.
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PMID:Evaluation and management of renal colic in the emergency department. 2012 Sep 83

This study was conducted to assess the diagnostic yield of B-Mode Ultrasonography compared to unenhanced helical CT scan in detecting urinary stones in patients with acute renal colic. This retrospective study comprised of 156 patients who underwent unenhanced urinary tract CT scan and ultrasonography for suspicion of urolithiasis. Both techniques were used to determine the presence or absence, site, size, and number of urinary stones, as well as presence of any other intra-abdominal pathology. For statistical analysis, the sensitivity, specificity, predictive values, and diagnostic accuracy of ultrasonography were measured considering unenhanced CT scan as a gold standard. Unpaired two-tailed student's t-test was used for comparison between mean size of true positive, false positive, and false negative stones. There were 68 patients having 115 urinary stones. Ultrasound identified 54 stones, missed 43, and falsely diagnosed 18 stones. The mean size of true positive, false positive, and false negative stones were 4.8 +/- 3.3 mm, 6 +/- 1.8 mm and 4.18 +/- 3 mm, respectively. There were 23 patients with other intra-abdominal pathologies, equally detected by both techniques. Ultrasound helped in identifying the cause of acute flank pain in 62% of cases. The overall sensitivity, specificity, positive and negative predictive values, and accuracy of ultrasonography in the diagnosis of renal stone disease were 58%, 91%, 79%, 78%, and 78%, respectively. Our study suggests that, despite its limited value in detecting urinary stones, ultrasonography should be performed as an initial assessment in patients with acute flank pain. Unenhanced helical CT should be reserved for patients in whom ultrasonography is inconclusive.
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PMID:The role of B-mode ultrasonography in the detection of urolithiasis in patients with acute renal colic. 2042 74

Unenhanced multidetector computed tomography (CT KUB) is now firmly established as the best imaging method in the evaluation of suspected acute renal colic, and is replacing intravenous urography at an increasing number of hospitals. The female patient presenting at the emergency department with suspected acute renal colic presents a particular diagnostic problem, as the positive rate for stone disease in female patients is considerably lower compared with male patients. The indiscriminate use of suspected renal colic protocol and CT KUB in all female patients with flank pain should be avoided.
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PMID:Does the protocol for suspected renal colic lead to unnecessary radiation exposure of young female patients? 2044 72

Acute flank pain is a frequent clinical presentation encountered in emergency departments, and a work-up for obstructive urolithiasis in this setting is a common indication for computed tomography (CT). However, imaging alternatives to CT for the evaluation of renal colic are warranted in some clinical situations, such as younger patients, pregnancy, patients that have undergone multiple prior CT exams and also patients with vague clinical presentations. MRI, although relatively insensitive for the direct detection of urinary calculi, has the ability to detect the secondary effects of obstructive urolithiasis. Using rapid, single shot T2-weighted sequences without and with fat saturation provides an abdominopelvic MR examination that can detect the sequelae of clinically active stone disease, in addition to alternate inflammatory processes that may mimic the symptoms of renal colic. In addition, MR nephro-urography (MRNU) has the ability to provide quantitative analysis of renal function that has the potential to direct clinical management in the setting of obstructing calculi. This review describes the potential utility and limitations of MRI in the emergency setting for diagnosing causes of flank pain and renal colic, particularly in patients with unusual presentations or when an alternative to CT may be warranted.
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PMID:Acute abdominal pain: is there a potential role for MRI in the setting of the emergency department in a patient with renal calculi? 2103 4

Around 1-2 people per thousand present with an acute episode of pain caused by renal stones each year. Renal colic is classically sudden in onset, unilateral, and radiates from loin to groin. Renal pelvic or upper ureteric stones usually cause more flank pain and tenderness while lower ureteric stones cause pain radiating towards the ipsilateral testicle or labia. Other common symptoms include nausea and vomiting, haematuria and irritative LUTS. A febrile patient with renal colic requires immediate hospital admission. Symptoms suggestive of renal colic along with a positive dipstick for haematuria have a reported sensitivity of 84% and specificity of 99% but it is important to consider other differential diagnoses. An NSAID is preferred over an opiate drug as an initial analgesic choice as the NSAID can help reduce ureteric spasm. Diclofenac has the best evidence base for this class of analgesic. About 90% of stones will pass spontaneously and thus it is often appropriate to manage renal colic at home. Patients with signs of peritonitis, systemic infection, septic shock as well as those whose diagnosis is unclear should be referred urgently to hospital. Patients who are systemically unwell with renal stones are more likely to have an infected and obstructed urinary tract system that needs urgent imaging and possible drainage. All patients who are managed at home should have renal tract imaging within a week by fast track referral to radiology or as an urgent urology outpatient referral as per local guidelines to rule out an obstructed urinary system. Patients with recurrent stones should be advised to maintain a copious fluid intake (>2 L/day) to reduce the concentration of the urine. A reduction in salt intake (ideally <2g/day) and animal protein in the diet can help to reduce stone formation.
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PMID:Which patients with renal colic should be referred? 2153 43

Retained ureteral stents in patients lost to follow-up present a challenge to urologists. Patients may present with recurrent flank pain, pyelonephritis, stent migration or encrustation, and ureteral obstruction, with resultant renal failure. Rarely, a long-indwelling period may result in stent fragmentation. Herein, we present a case of a fractured retained ureteral stent noted in a patient lost to follow-up for five years and resurfaced only after complaints of contralateral renal colic.
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PMID:Fractured retained ureteral stent in a patient lost to follow-up. 2200 45


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