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1 r transmission by the parasite's vector, the tsetse fly.
2 arasites are transmitted by the bloodsucking tsetse fly.
3 brucei undergoes a complex life cycle in the tsetse fly.
4 ts vertebrate host or its insect vector, the tsetse fly.
5 of the genus Trypanosoma, transmitted by the tsetse fly.
6 (PCF) in the bloodsucking insect vector, the tsetse fly.
7 e for these genes when Sodalis is within the tsetse fly.
8 e only stage that can transmit from human to tsetse fly.
9 r form or a G0-arrested stumpy form, and the tsetse fly.
10  enzyme has been isolated from gut tissue in tsetse fly.
11 te into procyclic forms when ingested by the tsetse fly.
12 and transmitted through the bite of infected tsetse flies.
13 ng the establishment of midgut infections in tsetse flies.
14 in mammalian hosts to favour transmission by tsetse flies.
15 nd how such chemical communication occurs in tsetse flies.
16 ocial motility), we investigated its role in tsetse flies.
17 itoes, ticks, triatome bugs, sand flies, and tsetse flies.
18 isease caused by trypanosomes transmitted by tsetse flies.
19 ent components of adenotrophic viviparity in tsetse flies.
20 at allows them to transfer from mammals into tsetse flies.
21 rms that are responsible for transmission to tsetse flies.
22 rican trypanosomes are mainly transmitted by tsetse flies.
23 oma brucei is transmitted between mammals by tsetse flies.
24 is glossinidius, a bacterial endosymbiont of tsetse flies.
25 volving towards an obligate association with tsetse flies.
26 infected sandflies, and Trypanosoma-infected tsetse flies.
27 ship between insect disease vectors, such as tsetse flies and mosquitoes, and their associated microb
28  equiperdum are transmitted independently of tsetse flies and survive without a functional kinetoplas
29 ies that enable livestock keepers to control tsetse flies and, hence, African trypanosomiasis.
30              T. brucei is transmitted by the tsetse fly and alternates between bloodstream-form and i
31  these trypanosomes do not cycle through the tsetse fly and have been able to spread beyond Africa.
32 cei, the parasite that is transmitted by the tsetse fly and that causes African sleeping sickness.
33 to two novel genome comparisons-fruit fly vs tsetse fly, and two sea urchin genomes-and report novel
34 s between the functional organization of the tsetse fly antenna and that of the fruit fly Drosophila
35                      Heme deprivation in the tsetse fly anterior midgut might represent an environmen
36                                              Tsetse flies are biological vectors of African trypanoso
37                                              Tsetse flies are distinguished from other Diptera by uni
38 mental changes in trypanosomes that occur in tsetse flies are summarised, along with recent technical
39                                              Tsetse flies are the cyclical vectors of deadly human an
40                                              Tsetse flies are the medically and agriculturally import
41                                              Tsetse flies are vectors of human and animal trypanosomo
42  biological material and difficulties of the tsetse fly as an experimental system, very limited infor
43 less, the TbHrg KO developed normally in the tsetse flies at rates comparable with wild-type cells.
44 ns of bacterial symbionts that reside within tsetse flies, bed bugs, lice, reduviid bugs, and ticks,
45                  T. brucei is transmitted by tsetse flies between an extremely large range of mammals
46  that a bushy/woodland habitat that harbored tsetse fly constrained production of domestic herds and
47              BRCA2 mutants were made in both tsetse fly-derived and mammal-derived T. brucei, and we
48                                              Tsetse flies (Diptera: Glossinidae) harbor three symbiot
49       Here, we discuss medically significant tsetse flies (Diptera: Glossinidae), a group comprised o
50 n about the nature of SFPs in the viviparous tsetse flies (Diptera: Glossinidae), vectors of Human an
51                                              Tsetse fly (Diptera: Glossinidae) also depends on the ob
52 idius and Wigglesworthia glossinidia) of the tsetse fly (Diptera: Glossinidae) are known to supplemen
53                      The medically important tsetse fly (Diptera: Glossinidae) relies on its obligate
54 acterium that is a secondary symbiont of the tsetse fly (Diptera: Glossinidae).
55 riping), and between belly stripe number and tsetse fly distribution, several of which are replicated
56 ow temperature, conditions encountered after tsetse fly feeding at dusk or dawn.
57 mitate as compounds that are produced by the tsetse fly Glossina morsitans and elicit strong behavior
58                                              Tsetse flies (Glossina sp.) are the vectors of human and
59                                              Tsetse flies (Glossina spp.) house maternally transmitte
60                                        Adult tsetse flies (Glossina spp.) house three symbiotic bacte
61                                              Tsetse flies (Glossina spp.) imbibe vertebrate blood exc
62                                              Tsetse flies (Glossina spp.), vectors of African trypano
63                                  We used the tsetse fly (Glossina morsitans), which depends on symbio
64 umanus), kissing bug (Rhodnius prolixus) and tsetse fly (Glossina morsitans).
65 t residing intracellularly in tissues of the tsetse flies, Glossina spp.
66  library constructed from salivary glands of tsetse fly, Glossina morsitans morsitans (Diptera: Gloss
67 rasite surface from digestive enzymes in the tsetse fly gut.
68 as adults of black flies, biting midges, and tsetse flies, have dispersed into new habitats by flight
69  form trypanosomes to infect young and naive tsetse flies, highlighting the remarkable plasticity and
70 , in which it scavenges cholesterol, and its tsetse fly host (procyclic cell), in which it both scave
71 nd sitA are expressed when Sodalis is within tsetse fly hosts, suggesting a biological role for these
72  in, and transmission between, mammalian and tsetse fly hosts.
73  and procyclic and metacyclic forms (MFs) in tsetse fly hosts.
74 ed and proliferating stages in the human and tsetse fly hosts.
75                       The development of the tsetse fly immune system relies on a cue from an endosym
76 panosomiasis (sleeping sickness), carried by tsetse flies in bushy environments, had a significant in
77 vention strategies to be implemented against tsetse flies in different parts of Africa.
78 e, is a parasitic disease transmitted by the tsetse fly in sub-Saharan Africa.
79                                          The tsetse fly is considered to be an unlikely source of the
80 igote forms of Trypanosoma congolense in the tsetse fly is GARP (glutamic acid/alanine-rich protein),
81 s a complex developmental program within the tsetse fly known as metacyclogenesis.
82 he identification of volatile attractants in tsetse flies may be useful for reducing disease spread.
83          Survival in and colonization of the tsetse fly midgut are essential steps in the transmissio
84 (BSFs) and procyclic forms in the mammal and tsetse fly midgut, respectively.
85 stage, in which T. brucei is confined to the tsetse fly midgut, this receptor is apparently not expre
86                                  In cultured tsetse fly midgut-stage (procyclic) trypanosomes, in whi
87 ximity to humans and their attractiveness to tsetse flies, pigs could act as sentinels to monitor T.
88 the deleterious impact of SGHVs on colonized tsetse flies reared for sterile insect technique are dis
89    However, investigation of trypanosomes in tsetse flies requires high resource investment and unusu
90  for parasite motility and attachment to the tsetse fly salivary gland epithelium has been appreciate
91 thesis begins in the metacyclic stage in the tsetse fly salivary glands, are transcriptionally activa
92 acity of insect disease vectors (mosquitoes, tsetse flies, sandflies) to transmit parasites and disea
93                                         Some tsetse fly species are also infected with the bacterium,
94 mosomal DNA of Sodalis glossinidius from two tsetse fly species was sequenced and contained four circ
95 pmental competence for transformation to the tsetse fly stage.
96 vels in salivary glands and midguts of adult tsetse flies, suggesting a possible role for the anticoa
97                                              Tsetse flies survive in a variety of environments across
98 at exist in the blood of mammalian hosts and tsetse flies, the parasite's vector.
99                                              Tsetse flies, the sole vectors of African trypanosomes,
100 velopment when taken up in the blood meal of tsetse flies, the vector for trypanosomiasis.
101                                              Tsetse flies, the vectors of African trypanosomes, feed
102               Transmitted by the bite of the tsetse fly, the disease is caused by protozoan parasites
103 e symbiotic microorganisms have evolved with tsetse fly, the vector of African trypanosomes, over lon
104                   Trypanosomes are spread by tsetse flies, their transmission being enabled by cell-c
105                                              Tsetse flies transmit the protozoan parasite African try
106                                              Tsetse flies transmit Trypanosoma brucei, which is the p
107                                              Tsetse flies transmit trypanosomes-parasites that cause
108                                              Tsetse flies transmit trypanosomiasis to humans and live
109                             Viability of the tsetse fly-transmitted African trypanosome Trypanosoma b
110                                              Tsetse fly-transmitted trypanosomes (Trypanosoma spp.) c
111 his digenetic parasite: in the midgut of the tsetse fly vector (procyclic form), the F(o)F(1)-ATP syn
112 s metacyclic trypanosomes present within the tsetse fly vector also express VSG from a separate set o
113 , a kinetoplastid parasite, cycles between a tsetse fly vector and a mammalian host, undergoing profo
114 ates through binary cell fission in both its tsetse fly vector and mammalian host.
115 t in developmental stages transmitted to the tsetse fly vector and those exposed to blood meals in th
116  transmission from the mammalian host to the tsetse fly vector in natural conditions.
117 e 36 sub-Saharan African countries where the tsetse fly vector is endemic.
118 mes are protozoan parasites transmitted by a tsetse fly vector to a mammalian host.
119 tulated in vitro the events occurring in the tsetse fly vector, namely the development of epimastigot
120 lties in acquiring enough parasites from the tsetse fly vector, the dynamics of the parasite's metabo
121  trypomastigotes into the skin dermis by the tsetse fly vector.
122 een its mammalian host and the blood-feeding tsetse fly vector.
123 ated by the availability of nutrients in the tsetse fly vector.
124 cei result from a complex development in the tsetse fly vector.
125 een the mammalian host and the blood-feeding tsetse fly vector.
126 -cycle development when transmitted to their tsetse fly vector.
127 tion during transmission from mammals to the tsetse fly vector.
128  mammalian bloodstream and the midgut of the tsetse fly vector.
129  cause sleeping sickness in humans through a tsetse fly vector.
130 using sleeping sickness, is transmitted by a tsetse fly vector.
131 panosomes are readily transmissible to young tsetse flies where they can complete their complex life
132 arasite enters the blood via the bite of the tsetse fly where it is wholly reliant on glycolysis for
133 igote developmental stage that occurs in the tsetse fly, where it acts as a haemoglobin receptor.
134 missible "stumpy forms" until entry into the tsetse fly, whereupon TbPTP1 is inactivated and major ch
135 of research on the host-finding behaviour of tsetse flies which transmit trypanosomes causing human a

 
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