Biomedical subjects
K M Kelly
Publications and source records attributed to K M Kelly.
Survey of general practice--1971.
In this survey an attempt has been made to document a profile of certain aspects of the work carried out by a general practitioner in Australia. This includes the type of practice, and especially the range and frequency of the procedures he carries out. It is realised that, as this survey was conducted in 1971, some of the facts may have become dated. However, a proportion of the information given is unobtainable elsewhere, and it is believed that through publishing the survey, interested readers may be prompted to seek additional information from the author.
The utilization and efficacy of pelvimetry.
Data from non random groups of deliveries with some identical clinical factors were compared and certain conclusions are suggested. Most x-ray examinations which cause significant fetal exposure are pelvimetries. There appears to be no uniform set of indications for performing pelvimetry. Instead, the criteria seem to vary from hospital to hospital and even from physician to physician within the same hospital. A normal pelvimetry gives the physicina little confidence that a cesarean section will not be necessary. The duration of labor is not significantly altered by pelvimetry in those cases needing a cesarean section for cephalopelvic disproportion or following unsuccessful oxytocin stimulation.
[Australia. An Australian study on entries into general practice].
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Survey of recruitment to general practice.
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Nonablative laser and light rejuvenation: the newest approach to photodamaged skin.
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Autoradiography of L-type and N-type calcium channels in aged rat hippocampus, entorhinal cortex, and neocortex.
The present study examined brains from 6, 17, and 32 month old male (F344x BN)F1 rats to determine whether there was any age-related change in the distribution or density of L-type and N-type Ca2+ channels in hippocampus, entorhinal cortex, and neocortex, areas commonly involved in the generation of epileptic seizures. The L-type channel antagonist PN200-110 and the N-type channel antagonist omega-conotoxin GVIA were used to determine specific binding densities and the autoradiographic distribution of ligand binding was quantified by computer-assisted densitometry. One-way ANOVA noted a significant variance in the mean value of binding density between different age groups only in neocortex laminae IV-VI for [(3)H]PN200-110 binding (P < 0.05). Post-hoc testing indicated that the mean value of the 17 month old group was significantly less than those of the 6 and 32 month old groups (P < 0.05). These results indicate no overall age-related change in the number of L-type and N-type Ca2+ channels in brain areas frequently involved in seizure activity and suggest that age-related changes in brain Ca2+ physiology may be associated with changes in voltage-gated Ca2+ channel function rather than channel number.
Experimental renal artery thromboembolism.
The natural history of experimental renal artery embolism with autogenous thrombus in 16 mongrel dogs has been investigated by sequential selective renal angiography and correlated with examination of the kidneys following autopsy. Angiography in the early (0-24 hr) post-thromboembolism period shows evidence of arterial obstruction and/or spasm which progressively disappears leaving no apparent permanent damage. However, within one or two weeks arterial and nephrographic changes and loss of renal size are discernible by careful comparison with the pre-embolism angiogram. At autopsy multiple disseminated microscopic infarcts involving the convoluted tubules were demonstrable in all cases. Occasionally large wedge-shaped infarcts involving the full thickness of the cortex were superadded. The potential importance of these findings relating to angiographic technique and assessment of treatment of renal thromboembolism is discussed.
PAX3-FKHR and PAX7-FKHR gene fusions in rhabdomyosarcoma.
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Use of unconventional therapies by children with cancer at an urban medical center.
PURPOSE: The aim of this study was to determine the prevalence, modalities, and determinants of use of unconventional therapies among children with cancer receiving conventional treatment at an urban academic medical center in the United States. PATIENTS AND METHODS: We interviewed the parents of patients and/or patients who were receiving or had received conventional therapy for treatment of childhood cancer. Of 78 patients/ parents asked, 75 consented to the interview, which included demographic factors, life events, and use of unconventional therapies. All participants also consented to the abstraction of chart data for this study. RESULTS: Overall, 84% of respondents reported the use of one or more unconventional therapies. The most commonly used modalities were changes in diet, nutritional and herbal agents, and mind/body treatments. Most users had tried more than one unconventional modality. No difference in use was seen by cancer diagnosis, race/ethnicity, socio-economic status, or educational attainment of the respondent. Of the therapies used, 50% were not reported to the physicians. Of patients reporting use of an unconventional approach, 85% were concurrently enrolled on clinical trials for primary treatment of their cancer. CONCLUSIONS: The use of unconventional therapies is highly prevalent among children with cancer and is not associated with demographic or clinical factors or participation in clinical trials. The possibility that an unconventional treatment may interact with a protocol treatment underscores the need for more information about the use of such therapies among all patients.
Accuracy in breast imaging requires multiple views and an integrated approach.
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Ultraprofound cerebral hypothermia and blood substitution with an acellular synthetic solution maintains neuronal viability in rat hippocampus.
The acute effects of ultraprofound hypothermia and blood substitution (UHBS) on neuronal cell viability were examined in adult rat hippocampus, a brain region particularly vulnerable to ischemic cell death. UHBS was performed using either artificial cerebrospinal fluid (ACSF) or Hypothermosol, an "intracellular-type" hypothermic preservation solution. After the procedure, the hippocampus was sliced and tested for cellular viability using a combination of cellular fluorochromes that are markers for live cells (acridine orange) and dead cells (propidium iodide). UHBS with ACSF resulted in a variable degree of neuronal death within the hippocampal subfields CA1/CA3, and dentate granular layer and hilus (CA4). In contrast, UHBS with Hypothermosol consistently resulted in hippocampal slices with only mild neuronal death. Our results of preserved hippocampal neuronal viability with use of UHBS and Hypothermosol support the demonstrated central nervous system (CNS) protective effects of UHBS and Hypothermosol when used during prolonged cardiac arrest. The results of this study also suggest that UHBS and Hypothermosol may be useful in the preparation and maintenance of viable hippocampal tissue for physiological studies, especially those involving aged animals, which are particularly vulnerable to hypoxic-ischemic cellular injury