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Your search keyword '"Sundaram, Kruthika"' showing total 12 results
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12 results on '"Sundaram, Kruthika"'

2. ARAP3 protects from excessive formylated peptide‐induced microvascular leakage by acting on endothelial cells and neutrophils

Author

Chu, Julia Y, primary, McCormick, Barry, additional, Sundaram, Kruthika, additional, Hardisty, Gareth, additional, Karmakar, Utsa, additional, Pumpe, Caroline, additional, Krull, Elizabeth, additional, Lucas, Christopher D, additional, Amado‐Azevedo, Joana, additional, Hordijk, Peter L, additional, Caporali, Andrea, additional, Mellor, Harry, additional, Baillie, J Kenneth, additional, Rossi, Adriano G, additional, and Vermeren, Sonja, additional

Published
2024
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6. NovelADA 2mutation presenting with neutropenia, lymphopenia and bone marrow failure in patients with deficiency in adenosine deaminase 2 ( DADA 2)

Author

Ghurye, Rohit R., primary, Sundaram, Kruthika, additional, Smith, Frances, additional, Clark, Barnaby, additional, Simpson, Michael A., additional, Fairbanks, Lynette, additional, Adhya, Zoe, additional, Mufti, Ghulam J., additional, Marsh, Judith C. W., additional, and Ibrahim, Mohammad A. A., additional

Published
2019
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8. Novel ADA2 mutation presenting with neutropenia, lymphopenia and bone marrow failure in patients with deficiency in adenosine deaminase 2 (DADA2).

Author

Ghurye, Rohit R., Sundaram, Kruthika, Smith, Frances, Clark, Barnaby, Simpson, Michael A., Fairbanks, Lynette, Adhya, Zoe, Mufti, Ghulam J., Marsh, Judith C. W., and Ibrahim, Mohammad A. A.

Subjects
*ADENOSINE deaminase, *BONE marrow, *LYMPHOPENIA, *BIOCHEMISTRY, *SCIENCE & state, *RESPIRATORY infections
Published
2019
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12. Expression And Function Of Human IkappaBzeta In Lung Inflammation

Author

Sundaram, Kruthika

Subjects
Immunology, Lung inflammation, innate immune pathways, NFkappaB, IkappaBzeta, asthma, mechanical lung injury, pneumococcal infection
Abstract

This report hence examines the expression and function of IkappaBzetain lung inflammation. We start by exploring the regulation of IkappaBzeta in lung epithelial cells, followed by evaluating its role in three different models of lung inflammation: allergy, infection and mechanical injury. In conclusion, this report highlights the expression, function and regulation of IkappaBzetain in various models of lung inflammation including allergy, infection and mechanical injury.

Published
2015

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