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  • Book
    edited by Richard McCallum, Henry Parkman, John Clarke, Braden Kuo.
    Contents:
    Historical perspectives on gastric motility and gastroparesis
    Epidemiology of gastroparesis
    Clinical presentations of gastroparesis
    Natural history of patients with gastroparesis
    Gastric dysmotility at the organ level in gastroparesis
    Cellular pathogenesis of gastroparesis
    Sensory dysfunction in gastroparesis
    Pathology of gastroparesis: ICC, enteric neurons and fibrosis
    Gastroparesis and the brain-gut axis
    Autonomic neuropathies and gastroparesis
    Gastric emptying scintigraphy
    The use of wireless motility capsule in the diagnosis and monitoring of gastroparesis
    Breath tests for the assessment of gastroparesis
    Magnetic resonance imaging for gastric motility and function
    Electrogastrography for suspected gastroparesis
    Antroduodenal manometry for the evaluation of patients with suspected gastroparesis
    Ancillary testing including barostat, SPECT, and satiety testing
    Diabetic gastroparesis
    Postsurgical gastroparesis
    Idiopathic gastroparesis
    Gastroparesis from other causes
    Pediatric gastroparesis
    Dietary therapy for gastroparesis
    Prokinetic agents for gastroparesis
    Antiemetic therapy for gastroparesis
    Abdominal pain in gastroparesis: Prevalence, potential causes and management
    Psychiatric aspects of gastroparesis
    Alternative, complementary medicine and cannabinoids for gastroparesis
    Enteric tube placement for gastroparesis: Gastrostomy, gastrojejunostomy and jejunostomy
    Gastric electrical stimulation for gastroparesis
    Surgical management of gastroparesis
    Studies from the NIH Gastroparesis Clinical Research Consortium: Towards improving our understanding and treatment of gastroparesis
    Evaluating response in gastroparesis: Patient reported outcome measures and survey instruments
    The pyloric revolution: Patient selection
    Endoscopic full-thickness gastric biopsy: Ready for prime time?
    Distinguishing between functional dyspepsia and gastroparesis: Does it matter?
    Female predominance in gastroparesis
    A brief history and future directions of permanent, temporary, and endoscopic GES
    Cell transplantation for gastroparesis
    A vision of the future for gastroparesis
    Resources for the gastroparesis patient.
    Digital Access ClinicalKey 2020
  • Journal
    Print no. 1-172, oct. 1958-4e trimestre 2001; no 45(1)- no 45 (2), printemps 2002-eté 2002.
  • Article
    Wiktor TJ, Atanasiu P, Bahmanyar M, Boegel K, Cox JH, Diaz AM, Fitzgerald EA, Kuwert E, Netter R, Selimov M, Turner G, van Steenis G.
    Dev Biol Stand. 1978;40:171-8.
    Eleven laboratories from eight countries and four continents took part in a collaborative study to evaluate experimental procedures to be used in selecting the new standard reference rabies vaccine prepared in human diploid cell cultures. The following procedures were used : (a) the NIH potency test in mice, (b) the antibody binding technique (by either mouse inoculation or the tissue culture method), (c) virus-neutralizing antibody levels in mice used for the NIH test, and (d) antibody induction in human volunteers treated with vaccine alone and in combination with human rabies gamma globulin. The four methods used for determination of rabies antibodies were mouse inoculation, rapid fluorescent focus inhibition, plaque reduction and complement fixation techniques. All results were expressed in International Units as compared to the standard WHO serum and vaccine preparations. In general, a close correlation was noted in results from different laboratories, and it was recommended that the future rabies standard vaccine should be evaluated by three testing procedures, the NIH test, the antibody-binding technique, and antibody levels in mice used for the NIH test.
    Digital Access Access Options