<p>(A) Localization of SS::GFP::TRAP in wildtype background sporozoites. (B) Localization of SS::GFP::TRAP in <i>pat</i><sup><i>ccp</i>.<i>PP</i></sup> background sporozoites. (C) Quantification of SS::GFP::TRAP fluorescence intensity in wildtype and mutant. (D) Quantification of speed of sporozoites. (E) Quantification of gliding motility of wildtype sporozoites activated with pluronic acid (F) Model of microneme secretion assay developed for TRAP detection by Western blot. (G) Western blot of 25k sporozoites of SS::GFP::TRAP in wildtype and promoter swap mutant using anti-GFP antibodies. Scale bars: 5μm. Data mean ± SEM.</p
<p>(A) In vitro invasion. Salivary gland sporozoites were incubated with Hepa 1–6 cells and fixed af...
(A) Western blot was used to confirm the correct size of PM II-mScarlet, detected by rat anti-RFP (r...
<p>A) Western blot showing the processing pattern of SpeB. The culture supernatants of <i>C</i><i>me...
<p>(A) Primary Structure of TRAP: Shown are the extracellular adhesive domains, namely the A-domain ...
<p>(A) Gliding motility of TRAP-JMD and TRAP-DMut sporozoites. Salivary gland sporozoites were incub...
Thrombospondin-related adhesive protein (TRAP) plays a part in malaria sporozoite recognition and en...
<p>(A) Primary structure of TRAP expressed in TRAP-VAL and TRAP-FFF mutants, with the point mutation...
Thrombospondin-related adhesive protein (TRAP) plays a part in malaria sporozoite recognition and en...
<p>Treatment consisted in incubation of sporozoites for 2 h in complete cell culture medium with SB2...
A. DMSO or RAP treated PfPK2-loxP schizonts were cultured for one cycle and the release of AMA1, EBA...
<p>(A) Fluorescence microscopy analyses of the indicated strains carrying the σ<sup>G</sup>-dependen...
<p>Confocal immunofluorescence microphotographs of transgenic midgut sporozoites incubated at room t...
<div><p>(A) Indirect immunofluorescence microscopy of all four invasive forms of the malarial parasi...
<p>(A) IFA of wt 3D7 parasites allowed to develop beyond the point of egress in the presence of E64 ...
<div><p><em>Plasmodium</em> sporozoites, the infective stage of the malaria parasite, move by glidin...
<p>(A) In vitro invasion. Salivary gland sporozoites were incubated with Hepa 1–6 cells and fixed af...
(A) Western blot was used to confirm the correct size of PM II-mScarlet, detected by rat anti-RFP (r...
<p>A) Western blot showing the processing pattern of SpeB. The culture supernatants of <i>C</i><i>me...
<p>(A) Primary Structure of TRAP: Shown are the extracellular adhesive domains, namely the A-domain ...
<p>(A) Gliding motility of TRAP-JMD and TRAP-DMut sporozoites. Salivary gland sporozoites were incub...
Thrombospondin-related adhesive protein (TRAP) plays a part in malaria sporozoite recognition and en...
<p>(A) Primary structure of TRAP expressed in TRAP-VAL and TRAP-FFF mutants, with the point mutation...
Thrombospondin-related adhesive protein (TRAP) plays a part in malaria sporozoite recognition and en...
<p>Treatment consisted in incubation of sporozoites for 2 h in complete cell culture medium with SB2...
A. DMSO or RAP treated PfPK2-loxP schizonts were cultured for one cycle and the release of AMA1, EBA...
<p>(A) Fluorescence microscopy analyses of the indicated strains carrying the σ<sup>G</sup>-dependen...
<p>Confocal immunofluorescence microphotographs of transgenic midgut sporozoites incubated at room t...
<div><p>(A) Indirect immunofluorescence microscopy of all four invasive forms of the malarial parasi...
<p>(A) IFA of wt 3D7 parasites allowed to develop beyond the point of egress in the presence of E64 ...
<div><p><em>Plasmodium</em> sporozoites, the infective stage of the malaria parasite, move by glidin...
<p>(A) In vitro invasion. Salivary gland sporozoites were incubated with Hepa 1–6 cells and fixed af...
(A) Western blot was used to confirm the correct size of PM II-mScarlet, detected by rat anti-RFP (r...
<p>A) Western blot showing the processing pattern of SpeB. The culture supernatants of <i>C</i><i>me...