A.TITR-231026ALT-1
samples-publish2023-12-23-A.TITR.xlsx
Plasma_ABTR Analyzed Data EI_IVBCG.xlsx
https://www.immport.org/shared/study/SDY2484
1faa7b4e861b483c302c7cea8708af20
Eddie Irvine
D.TITR-231026ALT-123; D.TITR-231026ALT-121; D.TITR-231026ALT-125; D.TITR-231026ALT-122; D.TITR-231026ALT-118; D.TITR-231026ALT-124; D.TITR-231026ALT-119; D.TITR-231026ALT-120; D.TITR-231026ALT-126; D.TITR-231026ALT-114; D.TITR-231026ALT-112; D.TITR-231026ALT-116; D.TITR-231026ALT-113; D.TITR-231026ALT-109; D.TITR-231026ALT-115; D.TITR-231026ALT-110; D.TITR-231026ALT-111; D.TITR-231026ALT-117; D.TITR-231026ALT-15; D.TITR-231026ALT-13; D.TITR-231026ALT-17; D.TITR-231026ALT-14; D.TITR-231026ALT-10; D.TITR-231026ALT-16; D.TITR-231026ALT-11; D.TITR-231026ALT-12; D.TITR-231026ALT-18; D.TITR-231026ALT-6; D.TITR-231026ALT-4; D.TITR-231026ALT-8; D.TITR-231026ALT-5; D.TITR-231026ALT-1; D.TITR-231026ALT-7; D.TITR-231026ALT-2; D.TITR-231026ALT-3; D.TITR-231026ALT-9; D.TITR-231026ALT-42; D.TITR-231026ALT-40; D.TITR-231026ALT-44; D.TITR-231026ALT-41; D.TITR-231026ALT-37; D.TITR-231026ALT-43; D.TITR-231026ALT-38; D.TITR-231026ALT-39; D.TITR-231026ALT-45; D.TITR-231026ALT-33; D.TITR-231026ALT-31; D.TITR-231026ALT-35; D.TITR-231026ALT-32; D.TITR-231026ALT-28; D.TITR-231026ALT-34; D.TITR-231026ALT-29; D.TITR-231026ALT-30; D.TITR-231026ALT-36; D.TITR-231026ALT-69; D.TITR-231026ALT-67; D.TITR-231026ALT-71; D.TITR-231026ALT-68; D.TITR-231026ALT-64; D.TITR-231026ALT-70; D.TITR-231026ALT-65; D.TITR-231026ALT-66; D.TITR-231026ALT-72; D.TITR-231026ALT-60; D.TITR-231026ALT-58; D.TITR-231026ALT-62; D.TITR-231026ALT-59; D.TITR-231026ALT-55; D.TITR-231026ALT-61; D.TITR-231026ALT-56; D.TITR-231026ALT-57; D.TITR-231026ALT-63; D.TITR-231026ALT-96; D.TITR-231026ALT-94; D.TITR-231026ALT-98; D.TITR-231026ALT-95; D.TITR-231026ALT-91; D.TITR-231026ALT-97; D.TITR-231026ALT-92; D.TITR-231026ALT-93; D.TITR-231026ALT-99; D.TITR-231026ALT-87; D.TITR-231026ALT-85; D.TITR-231026ALT-89; D.TITR-231026ALT-86; D.TITR-231026ALT-82; D.TITR-231026ALT-88; D.TITR-231026ALT-83; D.TITR-231026ALT-84; D.TITR-231026ALT-90; D.TITR-231026ALT-141; D.TITR-231026ALT-139; D.TITR-231026ALT-143; D.TITR-231026ALT-140; D.TITR-231026ALT-136; D.TITR-231026ALT-142; D.TITR-231026ALT-137; D.TITR-231026ALT-138; D.TITR-231026ALT-144; D.TITR-231026ALT-150; D.TITR-231026ALT-148; D.TITR-231026ALT-152; D.TITR-231026ALT-149; D.TITR-231026ALT-145; D.TITR-231026ALT-151; D.TITR-231026ALT-146; D.TITR-231026ALT-147; D.TITR-231026ALT-153
Creators and SubmitterViews: 31
Created: 9th Jan 2024 at 20:17
Last updated: 1st Mar 2024 at 16:39
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Projects: Hi-IMPAcTB, MIT SRP, MetNet, Endometriosis
Institutions: Massachusetts Institute of Technology
Projects: Hi-IMPAcTB
Web page: https://www.niaid.nih.gov/research/immune-mechanisms-protection-mycobacterium-tuberculosis
About
This project houses all the publicly available datasets generated by the Hi-IMPAcTB consortium over the course of its 7+ years.
What is Hi-IMPAcTB?
Hi-IMPAcTB is an ambitious endeavor bringing together a team of international, interdisciplinary researchers to improve our understanding of host-pathogen interactions in the context of tuberculosis (TB). Funded by a multi-center contract from the NIH, the long-term goal of the consortium is to enable principled vaccine design by improving ...
Programme: IMPAcTB
Public web page: https://grantome.com/grant/NIH/75N93019C00071-0-9999-1
Submitter: Dikshant Pradhan
Studies: CD8+ lymphocytes are critical for early control of tuberculosis in macaques, Fc-FcγR interactions shift alveolar macrophage metabolism to promote Myc..., Humoral correlates of protection against Mycobacterium tuberculosis foll..., Immune cells in bronchoalveolar lavage fluid of Ugandan adults who resis..., Multimodal profiling of lung granulomas in macaques reveals cellular cor..., Mycobacterium tuberculosis-specific antibodies detect progression to act..., Robust IgM responses following intravenous vaccination with Bacille Calm..., T cell signatures of bacterial control among M. tuberculosis 'resisters'
Assays: All Metadata, Anti-Microbial Assay – Metadata, Antibody-Dependent Cellular Phagocytosis - Data Linked, Antibody-Dependent Cellular Phagocytosis - Data Linked, Antibody-Dependent Cellular Phagocytosis Analysis - Data Linked, Antibody-Dependent NK Cell Activation - Data Linked, Antibody-Dependent NK Cell Activation Analysis - Data Linked, Antibody-Dependent Neutrophil Phagocytosis - Data Linked, Antibody-Dependent Neutrophil Phagocytosis - Data Linked, Antibody-Dependent Neutrophil Phagocytosis Analysis - Data Linked, Bacterial Extraction - Metadata, DNA Extraction - Metadata, Digitally Barcoded Mtb Matrix Analysis - Data Attached, FC Receptor Binding - Data Linked, FC Receptor Binding Analysis - Data Linked, FC Receptor Binding Assay - Data Linked, Flow Cytometry - Data Linked, Flow Cytometry - Data Linked, Flow Cytometry Analysis - Data Attached, Flow Cytometry Analysis - Data Linked, Flow Cytometry Processing – Data Attached, Flow Cytometry – Data Linked, Functional Assay – Metadata, Immunohistochemistry - Data Linked, Immunohistochemistry – Data Linked, Library Creation – Metadata, Linear Mixed Model - Data Linked, Luminex Assay – Metadata, Luminex Data Processing – Data Attached, NHP Necropsy – Metadata, NHP Tissue Collection – Metadata, PET-CT Scan Analysis – Data Linked, PET-CT Scan – Data Linked, PET/CT Scan - Data Linked, Patient Visit - Metadata, Patient Visit - Metadata, Patient Visit - Metadata, Patient Visit - Metadata, Patient Visit – Metadata, Patient Visit – Metadata, Short Read Sequencing - Data Linked, Single Cell Clustering Analysis – Data Linked, Single Cell Expression Analysis - Data Linked, Single Cell Expression Matrix Analysis – Data Linked, Single Cell Sequencing Analysis – Data Linked, Single Cell Sequencing – Data Linked, Single Cell Sequencing – Data Linked, Tissue Collection - Metadata, Tissue Collection - Metadata, Tissue Collection - Metadata, Tissue Collection - Metadata, Tissue Collection - Metadata, Tissue Extraction – Metadata, Titer Assay - Data Linked, Titer Assay - Data Linked, Titer Assay Analysis - Data Linked
Edward B Irvine, Patricia A Darrah, Shu Wang, Chuangqi Wang, Ryan P McNamara, Mario Roederer, Robert A Seder, Douglas A Lauffenburger, JoAnne L Flynn, Sarah M Fortune, Galit Alter
https://doi.org/10.1101/2023.07.31.551245
Altering the route of Bacille Calmette-Guérin (BCG) immunization from low-dose intradermal vaccination to high-dose intravenous (IV) vaccination resulted in a high level of protection against Mycobacterium tuberculosis ( Mtb ) infection, ...
Submitter: Charles Demurjian
Investigation: IMPAcTB
Assays: Antibody-Dependent Cellular Phagocytosis - Data Linked, Antibody-Dependent Cellular Phagocytosis Analysis - Data Linked, Antibody-Dependent NK Cell Activation - Data Linked, Antibody-Dependent NK Cell Activation Analysis - Data Linked, Antibody-Dependent Neutrophil Phagocytosis - Data Linked, Antibody-Dependent Neutrophil Phagocytosis Analysis - Data Linked, FC Receptor Binding - Data Linked, FC Receptor Binding Analysis - Data Linked, Patient Visit - Metadata, Tissue Collection - Metadata, Titer Assay - Data Linked, Titer Assay Analysis - Data Linked
Submitter: Charles Demurjian
Assay type: Experimental Assay Type
Technology type: Technology Type
Investigation: IMPAcTB
Batch sample publishing
Creator: Charles Demurjian
Submitter: Charles Demurjian
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