CD4+ T-cells responses response to cys2 and non-cys2 DBLα-tags.

Vδ2+ T cell response to malaria correlates with protection from infection but is attenuated with repeated exposure.

Jagannathan, Prasanna
Lutwama, Fredrick
Boyle, Michelle J
Nankya, Felistas
Farrington, Lila A
McIntyre, Tara I
Bowen, Katherine
Naluwu, Kate
Nalubega, Mayimuna
Musinguzi, Kenneth
Sikyomu, Esther
Budker, Rachel
Katureebe, Agaba
Rek, John
Greenhouse, Bryan
Dorsey, Grant
Kamya, Moses R
Feeney, Margaret E

September 2017

Vδ2+ γδ T cells are semi-innate T cells that expand markedly following P. falciparum (Pf) infection ...

Olotu Ally
Moris Philippe
Mwacharo Jedidah
Vekemans Johan
Kimani Domtila
Janssens Michel
Kai Oscar
Jongert Erik
Lievens Marc
Leach Amanda
Villafana Tonya
Savarese Barbara
Marsh Kevin
Cohen Joe
Bejon Philip

October 2011

. We studied CS-specific T cell responses in order to identify correlates of protection. T cells and...

Comparison of regulatory T cell (CD4+CD25hi) (A) and CD4+CD25hiFOXP3+ (B), NK cell (C), and NKT cell (D) phenotypes between unexposed controls (UC:N = 21), uninfected malaria-exposed subjects (UM: N = 17), and patients with acute P. vivax infection (AC:N = 37).

Kulachart Jangpatarapongsa (133164)
Hui Xia (133168)
Qiang Fang (133173)
Kaiming Hu (133177)
Yuanying Yuan (133181)
Meiyu Peng (133185)
Qi Gao (133189)
Jetsumon Sattabongkot (82977)
Liwang Cui (82978)
Baiqing Li (133195)
Rachanee Udomsangpetch (82973)

September 2012

Data are represented as median, inter-quartile ranges (box plots) and maximum and minimum (upper-...

CD4+ T-cells responses response to homologous or heterologous DBLα-tags.

Evelyn N. Gitau (187835)
James Tuju (187839)
Liz Stevenson (187842)
Eva Kimani (187844)
Henry Karanja (187847)
Kevin Marsh (9406)
Peter C. Bull (34878)
Britta C. Urban (187857)

January 2012

(A) Representative examples of CD4+ T-cell responses to homologous and heterologous DBLα-tags for...

Percentage of CD4+ T-cells producing cytokines after stimulation with the homologous DBLα-tag.

Evelyn N. Gitau (187835)
James Tuju (187839)
Liz Stevenson (187842)
Eva Kimani (187844)
Henry Karanja (187847)
Kevin Marsh (9406)
Peter C. Bull (34878)
Britta C. Urban (187857)

January 2012

PBMCs from children obtained during acute malaria, 4 weeks and 16 weeks after the acute event wer...

Prior malaria incidence influences function of malaria-specific CD4+ T cell response.

Prasanna Jagannathan (51370)
Ijeoma Eccles-James (507895)
Katherine Bowen (507896)
Felistas Nankya (507897)
Ann Auma (507898)
Samuel Wamala (507899)
Charles Ebusu (507900)
Mary K. Muhindo (507901)
Emmanuel Arinaitwe (145110)
Jessica Briggs (507902)
Bryan Greenhouse (74820)
Jordan W. Tappero (130416)
Moses R. Kamya (229090)
Grant Dorsey (18025)
Margaret E. Feeney (298136)

January 2014

A. The overall malaria-specific CD4+ T cell response (left column) is followed by the ...

Magnitude of malaria-specific CD4+ T cell responses and protection from symptomatic malaria.

Prasanna Jagannathan (51370)
Ijeoma Eccles-James (507895)
Katherine Bowen (507896)
Felistas Nankya (507897)
Ann Auma (507898)
Samuel Wamala (507899)
Charles Ebusu (507900)
Mary K. Muhindo (507901)
Emmanuel Arinaitwe (145110)
Jessica Briggs (507902)
Bryan Greenhouse (74820)
Jordan W. Tappero (130416)
Moses R. Kamya (229090)
Grant Dorsey (18025)
Margaret E. Feeney (298136)

January 2014

Note: HR: Hazard Ratio; IRR: incidence rate ratio; PRR: prevalence rate ratio. Numbered rows refe...

Acute P. falciparum malaria leads to a strong induction of CTLA4 and PD1 on conventional CD4+ T cells.

Maria Sophia Mackroth (3309018)
Annemieke Abel (3309021)
Christiane Steeg (379481)
Julian Schulze zur Wiesch (22793)
Thomas Jacobs (284158)

November 2016

A) Blood samples from acute malaria patients and healthy controls were analyzed ex-vivo fo...

Comparison of memory CD4+ T cell (A) and CD8+ T cell (B), gamma delta T cell (C) and B cell (D) phenotypes between unexposed controls (UC:N = 21), uninfected malaria-exposed subjects (UM: N = 17), and patients with acute P. vivax infection (AC:N = 37).

Kulachart Jangpatarapongsa (133164)
Hui Xia (133168)
Qiang Fang (133173)
Kaiming Hu (133177)
Yuanying Yuan (133181)
Meiyu Peng (133185)
Qi Gao (133189)
Jetsumon Sattabongkot (82977)
Liwang Cui (82978)
Baiqing Li (133195)
Rachanee Udomsangpetch (82973)

September 2012

Data are represented as median, inter-quartile ranges (box plots) and maximum and minimum (upper-...

Departments of 1Medical Microbiology and Immunology

B. M. Broèker

September 2016

The role of T lymphocytes in human acute malaria remains under debate. The kinetics of T cell activa...

IFN-γ ELISPOT responses to individual malaria antigens post CHMI.

Susanne H. Sheehy (182297)
Alexandra J. Spencer (40854)
Alexander D. Douglas (124414)
B. Kim Lee Sim (239208)
Rhea J. Longley (423069)
Nick J. Edwards (151165)
Ian D. Poulton (182342)
Domtila Kimani (108556)
Andrew R. Williams (124412)
Nicholas A. Anagnostou (391457)
Rachel Roberts (391460)
Simon Kerridge (423070)
Merryn Voysey (255058)
Eric R. James (423071)
Peter F. Billingsley (239193)
Anusha Gunasekera (423072)
Alison M. Lawrie (182358)
Stephen L. Hoffman (239213)
Adrian V. S. Hill (40512)

June 2013

Median ex-vivo IFN-γ ELISPOT responses from the day before CHMI (C-1) and days 7, 11, 14, ...

Dysfunctional γδ T cells: a contributing factor for clinical tolerance to malaria?

Eriksson, Emily M.
Schofield, Louis

January 2015

γδ T cells are a small subset of T cells that can rapidly recognize and respond to antigen in a non-...

CD4+ T cell functions and relationship with recent and cumulative malaria infection.

Prasanna Jagannathan (51370)
Ijeoma Eccles-James (507895)
Katherine Bowen (507896)
Felistas Nankya (507897)
Ann Auma (507898)
Samuel Wamala (507899)
Charles Ebusu (507900)
Mary K. Muhindo (507901)
Emmanuel Arinaitwe (145110)
Jessica Briggs (507902)
Bryan Greenhouse (74820)
Jordan W. Tappero (130416)
Moses R. Kamya (229090)
Grant Dorsey (18025)
Margaret E. Feeney (298136)

January 2014

The frequencies of CD4+ T cells producing any IL-10 (A) and any IFNγ (B) are inversely...

Plasma cytokine and chemokine levels at the time of acute malaria.

Housseini Dolo (300565)
Yaya I. Coulibaly (300567)
Benoit Dembele (300568)
Siaka Konate (300570)
Siaka Y. Coulibaly (300572)
Salif S. Doumbia (300574)
Abdallah A. Diallo (300575)
Lamine Soumaoro (300576)
Michel E. Coulibaly (300577)
Seidina A. S. Diakite (300578)
Aldiouma Guindo (273618)
Michael P. Fay (34134)
Simon Metenou (300579)
Thomas B. Nutman (113195)
Amy D. Klion (300580)

February 2013

The symbols represent individual values for FIL+ (black circles) and FIL− (gray circles) subjects...

A population of CD4hiCD38hi T cells correlates with disease severity in patients with acute malaria

Apte, SH
Minigo, G
Groves, PL
Spargo, JC
Plebanski, M
Grigg, MJ
Kenangalem, E
Burel, JG
Loughland, JR
Flanagan, KL
Piera, KA
William, T
Price, RN
Woodberry, T
Barber, BE
Anstey, NM
Doolan, DL

January 2020

Objective: CD4+ T cells are critical mediators of immunity to Plasmodium spp. infection, but their c...

Vδ2+ T cell response to malaria correlates with protection from infection but is attenuated with repeated exposure.

Jagannathan, Prasanna
Lutwama, Fredrick
Boyle, Michelle J
Nankya, Felistas
Farrington, Lila A
McIntyre, Tara I
Bowen, Katherine
Naluwu, Kate
Nalubega, Mayimuna
Musinguzi, Kenneth
Sikyomu, Esther
Budker, Rachel
Katureebe, Agaba
Rek, John
Greenhouse, Bryan
Dorsey, Grant
Kamya, Moses R
Feeney, Margaret E

September 2017

Vδ2+ γδ T cells are semi-innate T cells that expand markedly following P. falciparum (Pf) infection ...

Clinical Malaria

Olotu Ally
Moris Philippe
Mwacharo Jedidah
Vekemans Johan
Kimani Domtila
Janssens Michel
Kai Oscar
Jongert Erik
Lievens Marc
Leach Amanda
Villafana Tonya
Savarese Barbara
Marsh Kevin
Cohen Joe
Bejon Philip

October 2011

. We studied CS-specific T cell responses in order to identify correlates of protection. T cells and...

Comparison of regulatory T cell (CD4+CD25hi) (A) and CD4+CD25hiFOXP3+ (B), NK cell (C), and NKT cell (D) phenotypes between unexposed controls (UC:N = 21), uninfected malaria-exposed subjects (UM: N = 17), and patients with acute P. vivax infection (AC:N = 37).

Kulachart Jangpatarapongsa (133164)
Hui Xia (133168)
Qiang Fang (133173)
Kaiming Hu (133177)
Yuanying Yuan (133181)
Meiyu Peng (133185)
Qi Gao (133189)
Jetsumon Sattabongkot (82977)
Liwang Cui (82978)
Baiqing Li (133195)
Rachanee Udomsangpetch (82973)

September 2012

Data are represented as median, inter-quartile ranges (box plots) and maximum and minimum (upper-...

CD4+ T-cells responses response to homologous or heterologous DBLα-tags.

Evelyn N. Gitau (187835)
James Tuju (187839)
Liz Stevenson (187842)
Eva Kimani (187844)
Henry Karanja (187847)
Kevin Marsh (9406)
Peter C. Bull (34878)
Britta C. Urban (187857)

January 2012

(A) Representative examples of CD4+ T-cell responses to homologous and heterologous DBLα-tags for...

Percentage of CD4+ T-cells producing cytokines after stimulation with the homologous DBLα-tag.

Evelyn N. Gitau (187835)
James Tuju (187839)
Liz Stevenson (187842)
Eva Kimani (187844)
Henry Karanja (187847)
Kevin Marsh (9406)
Peter C. Bull (34878)
Britta C. Urban (187857)

January 2012

PBMCs from children obtained during acute malaria, 4 weeks and 16 weeks after the acute event wer...

Prior malaria incidence influences function of malaria-specific CD4+ T cell response.

Prasanna Jagannathan (51370)
Ijeoma Eccles-James (507895)
Katherine Bowen (507896)
Felistas Nankya (507897)
Ann Auma (507898)
Samuel Wamala (507899)
Charles Ebusu (507900)
Mary K. Muhindo (507901)
Emmanuel Arinaitwe (145110)
Jessica Briggs (507902)
Bryan Greenhouse (74820)
Jordan W. Tappero (130416)
Moses R. Kamya (229090)
Grant Dorsey (18025)
Margaret E. Feeney (298136)

January 2014

A. The overall malaria-specific CD4+ T cell response (left column) is followed by the ...

Magnitude of malaria-specific CD4+ T cell responses and protection from symptomatic malaria.

Prasanna Jagannathan (51370)
Ijeoma Eccles-James (507895)
Katherine Bowen (507896)
Felistas Nankya (507897)
Ann Auma (507898)
Samuel Wamala (507899)
Charles Ebusu (507900)
Mary K. Muhindo (507901)
Emmanuel Arinaitwe (145110)
Jessica Briggs (507902)
Bryan Greenhouse (74820)
Jordan W. Tappero (130416)
Moses R. Kamya (229090)
Grant Dorsey (18025)
Margaret E. Feeney (298136)

January 2014

Note: HR: Hazard Ratio; IRR: incidence rate ratio; PRR: prevalence rate ratio. Numbered rows refe...

Acute P. falciparum malaria leads to a strong induction of CTLA4 and PD1 on conventional CD4+ T cells.

Maria Sophia Mackroth (3309018)
Annemieke Abel (3309021)
Christiane Steeg (379481)
Julian Schulze zur Wiesch (22793)
Thomas Jacobs (284158)

November 2016

A) Blood samples from acute malaria patients and healthy controls were analyzed ex-vivo fo...

Comparison of memory CD4+ T cell (A) and CD8+ T cell (B), gamma delta T cell (C) and B cell (D) phenotypes between unexposed controls (UC:N = 21), uninfected malaria-exposed subjects (UM: N = 17), and patients with acute P. vivax infection (AC:N = 37).

Kulachart Jangpatarapongsa (133164)
Hui Xia (133168)
Qiang Fang (133173)
Kaiming Hu (133177)
Yuanying Yuan (133181)
Meiyu Peng (133185)
Qi Gao (133189)
Jetsumon Sattabongkot (82977)
Liwang Cui (82978)
Baiqing Li (133195)
Rachanee Udomsangpetch (82973)

September 2012

Data are represented as median, inter-quartile ranges (box plots) and maximum and minimum (upper-...

Departments of 1Medical Microbiology and Immunology

B. M. Broèker

September 2016

The role of T lymphocytes in human acute malaria remains under debate. The kinetics of T cell activa...

IFN-γ ELISPOT responses to individual malaria antigens post CHMI.

Susanne H. Sheehy (182297)
Alexandra J. Spencer (40854)
Alexander D. Douglas (124414)
B. Kim Lee Sim (239208)
Rhea J. Longley (423069)
Nick J. Edwards (151165)
Ian D. Poulton (182342)
Domtila Kimani (108556)
Andrew R. Williams (124412)
Nicholas A. Anagnostou (391457)
Rachel Roberts (391460)
Simon Kerridge (423070)
Merryn Voysey (255058)
Eric R. James (423071)
Peter F. Billingsley (239193)
Anusha Gunasekera (423072)
Alison M. Lawrie (182358)
Stephen L. Hoffman (239213)
Adrian V. S. Hill (40512)

June 2013

Median ex-vivo IFN-γ ELISPOT responses from the day before CHMI (C-1) and days 7, 11, 14, ...

Dysfunctional γδ T cells: a contributing factor for clinical tolerance to malaria?

Eriksson, Emily M.
Schofield, Louis

January 2015

γδ T cells are a small subset of T cells that can rapidly recognize and respond to antigen in a non-...

CD4+ T cell functions and relationship with recent and cumulative malaria infection.

Prasanna Jagannathan (51370)
Ijeoma Eccles-James (507895)
Katherine Bowen (507896)
Felistas Nankya (507897)
Ann Auma (507898)
Samuel Wamala (507899)
Charles Ebusu (507900)
Mary K. Muhindo (507901)
Emmanuel Arinaitwe (145110)
Jessica Briggs (507902)
Bryan Greenhouse (74820)
Jordan W. Tappero (130416)
Moses R. Kamya (229090)
Grant Dorsey (18025)
Margaret E. Feeney (298136)

January 2014

The frequencies of CD4+ T cells producing any IL-10 (A) and any IFNγ (B) are inversely...

Plasma cytokine and chemokine levels at the time of acute malaria.

Housseini Dolo (300565)
Yaya I. Coulibaly (300567)
Benoit Dembele (300568)
Siaka Konate (300570)
Siaka Y. Coulibaly (300572)
Salif S. Doumbia (300574)
Abdallah A. Diallo (300575)
Lamine Soumaoro (300576)
Michel E. Coulibaly (300577)
Seidina A. S. Diakite (300578)
Aldiouma Guindo (273618)
Michael P. Fay (34134)
Simon Metenou (300579)
Thomas B. Nutman (113195)
Amy D. Klion (300580)

February 2013

The symbols represent individual values for FIL+ (black circles) and FIL− (gray circles) subjects...

A population of CD4hiCD38hi T cells correlates with disease severity in patients with acute malaria

Apte, SH
Minigo, G
Groves, PL
Spargo, JC
Plebanski, M
Grigg, MJ
Kenangalem, E
Burel, JG
Loughland, JR
Flanagan, KL
Piera, KA
William, T
Price, RN
Woodberry, T
Barber, BE
Anstey, NM
Doolan, DL

January 2020

Objective: CD4+ T cells are critical mediators of immunity to Plasmodium spp. infection, but their c...

Vδ2+ T cell response to malaria correlates with protection from infection but is attenuated with repeated exposure.

Jagannathan, Prasanna
Lutwama, Fredrick
Boyle, Michelle J
Nankya, Felistas
Farrington, Lila A
McIntyre, Tara I
Bowen, Katherine
Naluwu, Kate
Nalubega, Mayimuna
Musinguzi, Kenneth
Sikyomu, Esther
Budker, Rachel
Katureebe, Agaba
Rek, John
Greenhouse, Bryan
Dorsey, Grant
Kamya, Moses R
Feeney, Margaret E

September 2017

Vδ2+ γδ T cells are semi-innate T cells that expand markedly following P. falciparum (Pf) infection ...

Clinical Malaria

Olotu Ally
Moris Philippe
Mwacharo Jedidah
Vekemans Johan
Kimani Domtila
Janssens Michel
Kai Oscar
Jongert Erik
Lievens Marc
Leach Amanda
Villafana Tonya
Savarese Barbara
Marsh Kevin
Cohen Joe
Bejon Philip

October 2011

. We studied CS-specific T cell responses in order to identify correlates of protection. T cells and...

Comparison of regulatory T cell (CD4+CD25hi) (A) and CD4+CD25hiFOXP3+ (B), NK cell (C), and NKT cell (D) phenotypes between unexposed controls (UC:N = 21), uninfected malaria-exposed subjects (UM: N = 17), and patients with acute P. vivax infection (AC:N = 37).

Kulachart Jangpatarapongsa (133164)
Hui Xia (133168)
Qiang Fang (133173)
Kaiming Hu (133177)
Yuanying Yuan (133181)
Meiyu Peng (133185)
Qi Gao (133189)
Jetsumon Sattabongkot (82977)
Liwang Cui (82978)
Baiqing Li (133195)
Rachanee Udomsangpetch (82973)

September 2012

Data are represented as median, inter-quartile ranges (box plots) and maximum and minimum (upper-...

CD4+ T-cells responses response to cys2 and non-cys2 DBLα-tags.

Abstract

Extracted data

CD4+ T-cells responses response to cys2 and non-cys2 DBLα-tags.

Abstract

Extracted data

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