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1 e imperfect in complex samples, including in excreta.
2  to humans via inhalation of inoculated bird excreta.
3  the wider population from exposure to human excreta.
4 nvironmental gains from containment of human excreta.
5 erformance of a microfluidic MFC using human excreta.
6 h skin abrasions or mucosa from reduviid bug excreta.
7 where it is primarily associated with pigeon excreta.
8 ronmental isolates were obtained from pigeon excreta.
9 sulted from exposure to aerosolized cockatoo excreta.
10 omised patients to avoid pet birds and avian excreta.
11 osure of mucosal surfaces to infected insect excreta.
12 tropisomers, was enriched in all tissues and excreta.
13 6 and HO-PCBs were determined in tissues and excreta 3 days after PCB administration.
14                                              Excreta also contained phytoestrogens indicative of a so
15 reted into broiler litter (BL), a mixture of excreta and bedding material.
16  determine aldicarb, ASX, and ASN from avian excreta and from gastrointestinal (GI) tissue.
17                                Isolates from excreta and from the patient were compared by using bioc
18 mulation in erythrocytes, bone, tissues, and excreta and had fluorescent erythrodontia, hemolytic ane
19 ephant seal (Mirounga angustirostris), whose excreta and molted pelage, in turn, constitute a source
20                            As a consequence, excreta and molts from this marine mammal colony, and pr
21 D's florid spread is that prions are shed in excreta and transmitted via direct or indirect environme
22 also able to disseminate viable H. pylori in excreta, and they may therefore present a significant re
23 linking clinical isolates to those in pigeon excreta; and (iv) that some isolates from Brazil and New
24                  Infectious prions shed into excreta appear to play a key role in this facile transmi
25                                       Insect excreta can be collected at all times of the day and nig
26 usually initiated after inhalation of rodent excreta containing virus particles, but human-to-human t
27 cryptococcal cells were isolated from pigeon excreta contaminated with Cryptococcus neoformans, and t
28 issue-sample counting (blood and biopsy) and excreta counting are also considered.
29 it latrines are one of the most common human excreta disposal systems in low-income countries, and th
30 OD), and fecal coliform pollution from human excreta for 108 LMICs.
31 nal surfaces for up to 12 h and from gut and excreta for as long as 30 h after the initial feeding pe
32 le for containing the insects and collecting excreta from any desired location on plants in both labo
33 sults from the ingestion of prion-containing excreta, including urine, saliva, or feces.
34 tudied 51 clinical and environmental (pigeon excreta) isolates from two cities in Brazil (Belo Horizo
35 so assessed the effectiveness of widely used excreta management strategies in reducing faecal bacteri
36 icult to quantify due to decentralization of excreta management.
37  detection of PrP(CWD) in the body fluids or excreta of CWD-susceptible species.
38 cells or naive deer mice with the secreta or excreta of infected mice were uniformly negative.
39 en transmitted to humans through aerosolized excreta of infected rodent hosts.
40  the flies' dissected alimentary tracts, and excreta on the petri dishes were cultured for H. pylori,
41 s daily, which must either leave the body in excreta or become trapped in nearby tissues.
42                  The presence of tissue- and excreta-specific metabolic products after in vivo exposu
43 occus neoformans, and their growth in pigeon excreta supported melanization.
44 es can be transmitted via aerosols of rodent excreta to humans or from human to human and cause HFRS
45 ase, but when they are spread by aerosolized excreta to humans, two major clinical syndromes result:
46  the extracts of whole Drosophila larvae and excreta, we show that (i) eight metabolites of the neoni
47 ASX nitrile, and ASN nitrile recoveries from excreta were 42% +/- 2.3, 65% +/- 3.6, and 79% +/- 3.3,
48     Recoveries of aldicarb, ASX and ASN from excreta were of 79% +/- 5.4, 120% +/- 7.7, and 93% +/- 6
49                                          The excreta will have a mineral content virtually identical

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