Nederlands tijdschrift voor geneeskunde
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Ned Tijdschr Geneeskd · Apr 1998
Practice Guideline Guideline[Optimization of the antibiotics policy in the Netherlands. II. SWAB guidelines for the antimicrobial therapy of pneumonia in patients at home and as nosocomial infections. The Netherlands Antibiotic Policy Foundation].
The Netherlands Antibiotic Policy Foundation issued guidelines for empirical antimicrobial therapy of adult pneumonia patients in hospitals. A distinction is made between pneumonia contracted at home or in hospital because of the differences in micro-organisms and resistance patterns. These two categories are subdivided further with an empirical antibiotic treatment being chosen on the basis of the causative agents to be expected. ⋯ With regard to nosocomial pneumonia, treatment varies according to whether a pneumonia has or has not been contracted in the intensive care unit. Combating development of resistance is alloted an important place. Emphasis is laid on 'streamlining' the therapy, i.e. its adjustment (including choosing an antibiotic with the narrowest possible spectrum) once the causative agent is known.
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Ned Tijdschr Geneeskd · Apr 1998
[Optimizing antibiotics use policy in the Netherlands. I. The Netherlands Antibiotics Policy Foundation (SWAB)].
The worldwide problem of antibiotic resistance of bacteria is a point of concern in the Netherlands as well. Responsible use of existing antibiotics was the incentive to establish a foundation, with the acronym SWAB, the primary goal of which is to optimize the use of antibiotics in the Netherlands in order to diminish the development of antibiotic resistance. One of the SWAB projects is the development of national guidelines for the use of antibiotics in hospitals. ⋯ The revised version of the guidelines is submitted for publication in this journal. The SWAB hopes that these guidelines will make the prevention of antibiotic resistance a major factor in the choice of the antibiotic. Streamlining antibiotic therapy is an important tool in this respect.
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Current dietary advice with a view to avoiding cardiovascular pathology is to replace fatty foodstuffs and those rich in saturated fat and cholesterol by food rich in complex carbohydrates. Although substitution of carbohydrates for fat lowers the blood level of low-density lipoprotein (LDL) cholesterol, it also lowers the level of high-density lipoprotein (HDL) cholesterol, thereby adversely influencing the risk profile for cardiovascular disease. ⋯ Carbohydrates should be provided by fruits, vegetables, leguminous plants and whole-wheat products. Persons of about the ideal weight should replace saturated and trans-fatty acids in their diet by unsaturated plant oils, and products with refined carbohydrates by fruits, vegetables and whole-wheat products.
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Ned Tijdschr Geneeskd · Apr 1998
Case Reports[Right-sided diverticulitis mimicking acute appendicitis].
The probability diagnosis in two patients, women aged 43 and 41 years, who for the last few days had had pain in the right lower abdomen, without nausea or vomiting, was acute appendicitis; a third patient, a woman aged 49 with the same symptoms, had undergone appendectomy in the past. Peroperative findings and, in two patients, microscopy of the resected specimen showed diverticulitis in the caecum or ascending colon. ⋯ In the absence of perforation or abscess, conservative treatment suffices. Otherwise, resection of the colon is necessary.
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Ned Tijdschr Geneeskd · Apr 1998
Review[The cochlea: modern physiologic insights into sensorineural hearing loss].
The cochlea is organized tonotopically: each frequency between 20 Hz and 20 kHz has its own location on the basilar membrane. In addition the cochlea has a large dynamic range (sound intensity). Active movements of the outer hair cells of the sensory organ of Corti play a crucial part in determining hearing acuity and frequency selectivity. ⋯ Damage of outer hair cells impairs the cochlear amplifier, leading to loss of sensitivity to soft sounds and loss of frequency selectivity. Damage to the inner hair cells has much the same effect as conductive hearing loss. Tinnitus is not caused by otoacoustic emissions, but probably by denervation hypersensitivity following loss of cochlear input.