PubMed · 15002120
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Glen L Hortin. 2004-03-04. Prolactinomas.. https://pubmed.ncbi.nlm.nih.gov/15002120/
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BACKGROUND: Laboratory services play an important part in screening, diagnosis, and management of patients within primary care. However, unnecessary use of laboratory tests is increasing. Our aim was to assess the effect of two interventions on the number of laboratory tests requested by primary-care physicians. METHODS: We did a cluster randomised controlled trial using a 2x2 factorial design, involving 85 primary-care practices (370 family practitioners) that request all laboratory tests from one regional centre. The interventions were quarterly feedback of practice requesting rates for nine laboratory tests, enhanced with educational messages, and brief educational reminder messages added to the test result reports for nine laboratory tests. The primary outcome was the number of targeted tests requested by primary-care practices during the 12 months of the intervention. This study is registered as an International Standard Randomised Controlled Trial, number ISRCTN06490422. FINDINGS: Practices that received either or both the enhanced feedback and the reminder messages were significantly less likely than the control group to request the targeted tests in total (enhanced feedback odds ratio 0.87, 95% CI 0.81-0.94; reminder messages 0.89, 0.83-0.93). The effect of the interventions varied across the targeted tests individually, although the number of tests requested for both interventions was generally reduced. Neither intervention was consistently better than the other. INTERPRETATION: Enhanced feedback of requesting rates and brief educational reminder messages, alone and in combination, are effective strategies for reducing test requesting in primary care. Both strategies are feasible within most laboratory settings.
Microsurgical techniques have been used in many surgical specialties as well as a broad application in surgical research.. It demands high technical skills and continued training. The microsurgical skills should be first mastered in the lab before to be employed in the clinical practice. The microsurgical lab has a dual role: the training of residents and specialized surgeons and the support for the high qualified scientific research in experimental surgery. Here, it is presented (showed) the organization of a microsurgical lab, including area and equipments, furthermore there is a proposal that school-hospitals that offer microsurgical procedures, should have a microsurgical laboratory.
Although measurement of serum thyroid-stimulating hormone (TSH) is the single best test to diagnose thyroid disorders and monitor treatment, there are certain situations in which the TSH level cannot be used as a guideline. In the diagnosis of children with hypopituitary hypothyroidism, TSH is often "inappropriately" normal. Treatment is aimed at adjusting the l-thyroxine dose to maintain the serum free thyroxine (T4) in the upper half of the normal range for age. In children with Graves' disease, serum TSH can be suppressed for several months after a euthyroid state is restored, so the clinician must rely on serum free T4 and triiodothyronine (T3) levels. Up to 30% of infants and 10% of children with congenital hypothyroidism have a mildly elevated TSH level despite other indications that the thyroid hormone dosage is correct. Such resistance to thyroid hormone at the pituitary gland diminishes with age. Pregnancy is another condition in which serum TSH levels are altered (slightly lower); in this situation, it is the result of elevated human chorionic gonadotropin levels that cross-react with the TSH receptor. This alteration must be taken into account when diagnosing or treating maternal thyroid disorders during pregnancy.