(n.) A pustule raised on the surface of the body in variolous and vaccine diseases.
Example Sentences:
(1) The problem of estimating viral activity from pock counts that exhibit a substantial degree of overdispersion is revisited from the viewpoint of quasilikelihood with unknown parameters in the variance function.
(2) I found myself skirting the wood’s perimeter, a no-go zone of the past for us, and came next to a gravel-pocked face mined by rabbits with one of the burrows crowned with the skull of an ancestor.
(3) Elevations in pocked RBC counts were not related to specific chemotherapy regimens or to disease activity.
(4) Generations of rabbits have dug their burrows at the top of the bank here, the roofs of an ancient warren collapsing one by one under the weight of cattle hooves or human feet, leaving a pock-marked boundary.
(5) The decreased pock response could not be attributed to selection of preexisting virus variant(s) with low affinity for chorioallantoic membrane because cloned Marek's disease virus had a good pock response at low cell culture passage levels, but this response decreased as the virus was attenuated by serial cell culture passage.
(6) Cell-associated preparations of several isolates of Marek's disease virus produced more pocks on the chorioallantoic membrane of embryonated chicken eggs than plaques in duck embryo fibroblasts, thus indicating that lesion response in eggs was more sensitive than cytopathic response in duck embryo fibroblasts for assaying low-passage Marek's disease virus.
(7) Rabbits had only a slight and inconsistent rise in pocked RBCs after splenectomy.
(8) In the patients, pocked RBC counts began to rise within 1 week following splenectomy and reached a plateau (40-60%) by 60-100 days.
(9) Compared with some beauty spots, this remains a relatively unfrequented corner of Britain As we cycle down river, the Torridge opens to wide mudflats, pock-marked with the footprints of wading birds.
(10) In the absence of inhibitors, pocks were not formed after infection of 84 rabbit embryo clones, or five mixtures of clones containing five to seven clones each.
(11) In the present study, CAM were infected with 10(4) PFU (pock-forming units) of RSV (Bryan high titre strain) and collected for electron microscopy at 2, 4, and 6 days postinfection.
(12) Militias are reportedly already preying on displaced people whose flimsy huts dot the city, bright flashes of colour between bullet-pocked buildings.
(13) However, virus stocks of the subgroup C category, as well as some stocks classified as subgroup B, produced small numbers of pocks or foci on individuals known to be resistant to subgroup A and B viruses.
(14) The insertional inactivation of both the thymidine kinase and the hemagglutinin genes of vaccinia virus led to increased attenuation of the virus; this was manifested by the lack of detectable pock lesions in vaccinated animals.
(15) The isolated strains produced small necrotic haemorrhagic pocks on CAM, grew well at 39.0 degrees C, formed large plaques in Vero cell cultures, showed markedly more virulence for chick embryos and mice than do variola strains, and produced large necrotic haemorrhagic local lesions with generalized illness and florid secondary exanthem when inoculated into rabbit skin.The finding of smallpox-like illness in humans resulting from infection with a poxvirus of lower animal origin serves to emphasize the importance of thorough epidemiological and laboratory evaluation of all suspect smallpox cases occurring in areas where smallpox has been or is about to be eradicated.
(16) Some walls are half blown away, others pocked with bullet holes.
(17) In chickens treated with CVF, virus growth in the skin was enhanced, and pock lesions tended to disseminate, leading to fatal infection in some birds.
(18) Heterologous interference (mutant with unrelated virus) could also be demonstrated with a ts mutant of Sindbis virus against vaccinia virus-induced pock formation or death.
(19) The thymus, spleen and peripheral blood elicited both lymphocytic pocks and splenomegaly, the bursa elicited splenomegaly only, and the bone marrow was ineffective.
(20) The results indicate that pock formation by SFV in vitro was the result of cell aggregation, and not of cell multiplication, in special types of cells.
Pus
Definition:
(a.) The yellowish white opaque creamy matter produced by the process of suppuration. It consists of innumerable white nucleated cells floating in a clear liquid.
Example Sentences:
(1) It is concluded that ultrasonography, 67Ga scanning, and CT each have significant limits in diagnosing intra-abdominal pus.
(2) It is important that the nurse recognize when pus is a major factor in an unhealed wound and initiate local care to assist in cleaning the wound bed.
(3) Confirmation of diagnosis was established by exteriorization of pus with US, CT or during surgery.
(4) We isolated a strain of P. penneri from the pus of a patient with suppurative otitis media and an epidural abscess on June 10 and 15, 1989.
(5) Furthermore, useful antibacterial concentrations of both drugs were found in pus, sputum, and middle-ear fluid.
(6) The surgeons were able to aspirate the accumulated pus quite easily in 8 of the 9 patients with AIDS who underwent only intercostal drainage.
(7) Craniotomy disclosed an abscess containing yellow pus from which Streptococcus viridans was cultured.
(8) In the case of the suppurative reaction, pus drained along a root surface, destroying the periodontal ligament and interradicular bone until it emerged at the gingival sulcus.
(9) The final diagnosis was based on direct microscopy (2) or culture (1) of drained pus in the empyema cases and on histologic examination of resected tissue in the others.
(10) The mastoid cavity was found to be filled with pus and cholesteatoma debris.
(11) No macroscopic infection with pus formation occurred, while Micrococcus varians was cultured from each inoculated implant.
(12) When distribution of these organisms were classified depending on clinical materials from which they were isolated, outpatient sources from which S. aureus were isolated at high frequencies were otorrhea and pus, while inpatient sources with high incidents of S. aureus isolation were sputum and pus.
(13) No viability loss of B. fragilis was noted when pus was stored at 25 degrees C. Only slight loss of viaability of B. fragilis was observed at 15 degrees C. Escherichia coli coexisting in pus with B. fragilis increased several 100fold in 24 h when stored at 25 degrees C, but no significant growth occurred when they were kept at 15 degrees C. Approximately 20 to 40% of E. coli lost their viability when such pus was stored at 4 degrees C. We suggest that 15 degrees C may be an alternative temperature for storage of anaerobic specimens in laboratories where some delay in routine processing is unavoidable.
(14) The drug was not degraded by pus containing beta-lactamase and had equally good or better activity than nafcillin or vancomycin against Staphylococcus aureus or Staphylococcus epidermidis in vitro and in vivo.
(15) Pathogenic gram-negative bacilli and gram-positive pus-producing cocci are responsible for the studied pathology.
(16) aureus (in throat swabs and pus specimens), and enterobacteria were found.
(17) Bilateral tonsils were swollen, and covered with pus.
(18) Microflora isolated from cattle with acute postnatal pus-catarrhal endometritis has been studied.
(19) By combined gas chromatography and mass spectrometry the fatty acids of pus in patients with psoriasis pustulosa palmo-plantaris were analysed.
(20) Culture of aspirated pus revealed colonies of gram-positive cocci which were subsequently identified as E. faecalis.