(1) non-suppurative hepatic amoebiasis, or in asymptomatic Entamoeba histolytica cyst passers.
(2) He's not only a passer, he's a guy who's incisive with the ball.
(3) Similarly sera from normal healthy controls (NHC) (n = 100) and asymptomatic cyst passers (n = 75) were negative by CIE.
(4) A number of windows were broken and footage emerged soon after of children and passers-by being led away from the trouble.
(5) The continuous administration of low levels of melatonin via intraperitoneally placed Silastic capsules either (i) shortened the free-running period of activity or (ii) induced continuous activity in house sparrows (Passer domesticus) maintained in constant darkness.
(6) He’s a great passer, versatile and rarely gives the ball away.
(7) But I think somebody’s going to pick him up for what he does good – rush the passer, and then he’ll make the team and do a good job for that team.” Could Sam’s decision to come out now, though, ultimately affect where or whether he gets drafted?
(8) Jason Puncheon is a lovely, careful passer of the ball and here he out-Cesc’ed Chelsea’s own midfield creator for long periods of the game, strolling about to great effect in his central playmaker role.
(9) This 35-year-old male homosexual, who had no psychiatric history, suddenly developed in November 1988 the following psychiatric signs: he started to walk back and forth incessantly, he had the impression that he was the subject of the conversations of the passers-by, that all the posters and notices refer to him, and that he was God.
(10) Birds (Passer montanus, P. domesticus, Fringilla coelebs) kept in open-air cages in Leningrad during winter, do not differ in total catecholamine content from avian species (P. domesticus, Serinus canaria) which were kept under laboratory conditions at 15--20 degrees.
(11) He had had a paranoid walk to the hotel across Manchester with too much eye contact from passers-by that had unduly [un]nerved him.
(12) In addition 11% of mice (Mus musculus), 5% of deer mice (Peromyscus), 3% of rats (Rattus norvegicus) and less than 2% of sparrows (Passer domestcus) were seropositive.
(13) The buildings appear to be an ersatz nod to the old world by a designer with a stucco fetish, and are hard to ignore due to the blitzkrieg of colour unleashed on innocent passers-by.
(14) In horrible, snowy weather, these owners pick up the steaming piles of poop from city streets so that passers by don’t kick frozen poopsicles.
(15) The mob violence was followed the next day by retaliatory attacks by gangs of Middle Eastern youths who went on the rampage in the beachside suburb, smashing cars and beating up innocent passers-by.
(16) Such stratifications are not seen in Varanus, Passer and Psittacula.
(17) The chances of finding trophozoites in duodenal aspirate is greater in those with trophozoites in the faeces than in cyst passers.
(18) Winston is on pace (190.1) to break quarterback Russell Wilson's record for best passer efficiency rating in a season and set Football Bowl Subdivision freshman records for yards passing (3,820) and touchdown passes (38).
(19) After four passages of filter-passers through sucking-pigs, the pathogenic properties do not restore.
(20) St. Louis encephalitis or western equine encephalomyelitis virus infection in house sparrows (Passer domesticus (L.], regardless of age, had no detectable effect on Culex quinquefasciatus Say or Cx.
Pauser
Definition:
(n.) One who pauses.
Example Sentences:
(1) In INLL and VNLLm, response patterns are about equally distributed between tonic, chopping, and phasic; there are no single-spike constant-latency responses of the type seen in VNLLc, although some choppers and pausers do respond with constant first-spike latency.
(2) Unit discharges were classified as laryngeal motoneuron activity according to their correlation with the time course (onset and end) of echolocation calls and their discharge rate as: Pre-off-tonic, pre-off-phasic, off-pauser, off-tonic, on-chopper, on-tonic, prior-tonic and inhibitory (Fig.
(3) At stimulus levels of 20-30 dB above BEF threshold several phasic neurons became tonic responders, whereas several primary-like type-2 cells gave "pauser" discharges.
(4) Results reported here support the conclusion that an individual neuron in the dorsal cochlear nucleus (DCN) can exhibit pauser, buildup, and chopper patterns in response to tone pips.
(5) The on-chopper and on-tonic discharge patterns were assigned to the motor activity of the lateral cricoarytenoid muscle and the off-pauser and off-tonic discharge patterns to the motor activity of the posterior cricoarytenoid muscle controlling the time course of vocal pulses.
(6) Nonmonotonicity occurred in 34% of pausers, 52% of buildup, 89% of onsets with a graded response, and 50% overall in the DCN cells.
(7) Cells with a predominant buildup pattern occur most frequently in the fusiform cell layer, whereas pausers occur throughout the DCN below the molecular layer.
(8) We performed a temporal analysis of the spectral response areas of neurons in the rat dorsal cochlear nucleus and present here an example based on a neuron showing distinct pauser and buildup responses in its PST histograms.
(9) These responses are similar to the "chopper," "buildup," and "pauser" discharge patterns reported for these cells in vivo in response to tone bursts.
(10) For example: primary-like, onset, pauser, and buildup response patterns could also show chopper-like properties; onset-inhibitory, pauser, and buildup neurons appeared to form a response continuum rather than exist as separate response categories; and onset neurons with low characteristic frequencies (CFs) often showed sustained and strongly phase-locked responses below approximately 1,000 Hz.
(11) For example, in same neuron, sustained type and pauser type responses had obtained by pure tones stimulus, but chopper type response had obtain by complex tone stimuli.
(12) Several "onset" units were isolated in the angular cochlear nucleus, but no "pauser" or "buildup" units were seen.
(13) The results suggest that little alteration in the recovery process occurs between the auditory nerve and Primarylike, Primarylike-notch, and Chopper units, but that significant changes in the recovery process occur in Pauser-Buildup and On units.
(14) Some type III units in the dorsal cochlear nucleus give complex discharge patterns that can be described as a composite of the pauser pattern and other patterns.
(15) Classification of units in the deep DCN was sometimes difficult, but "pauser," "chopper," and some "on" units were found.
(16) PST histograms of the responses revealed discharge patterns such as 'onset', 'onset-bursting' (most common), 'on-off', 'tonic-on','pauser', and 'chopper'.
(17) Almost all units in the fusiform cell layer could be classified as either "pauser" or "buildup" units.
(18) Fusiform cells often display strongly non-monotonic rate-intensity functions and pauser-buildup or buildup tone-evoked temporal responses, patterns which may be mediated by inhibitory neurotransmitters.
(19) Peristimulus time histograms (PSTHs) were usually of the pauser or buildup configuration with chopping behavior noted in certain instances.
(20) 'Pauser, 'buildup' and 'on' units also had spike responses that could be accompanied by sustained depolarizations.