D.IMG-230913ENG-342
D.IMG-samples-publish2023-09-13_12-43.xlsx
211203_alltissues_001_T1_H07.tif
https://omero.mit.edu/webclient/img_detail/5230/?dataset=712
Norah Owiti
https://fairdomhub.org/sops/648
2021-12-03 00:00:00
TIS-230830ENG-1; TIS-230830ENG-2; TIS-230830ENG-3; TIS-230830ENG-4; TIS-230830ENG-5; TIS-230830ENG-6; TIS-230830ENG-7; TIS-230830ENG-8; TIS-230830ENG-9; TIS-230830ENG-10; TIS-230830ENG-11; TIS-230830ENG-12; TIS-230830ENG-13; TIS-230830ENG-14; TIS-230830ENG-15; TIS-230830ENG-16; TIS-230830ENG-17; TIS-230830ENG-18; TIS-230830ENG-19; TIS-230830ENG-20; TIS-230830ENG-21; TIS-230830ENG-22; TIS-230830ENG-23; TIS-230830ENG-24; TIS-230830ENG-25; TIS-230830ENG-26; TIS-230830ENG-27; TIS-230830ENG-28; TIS-230830ENG-29; TIS-230830ENG-30; TIS-230830ENG-31; TIS-230830ENG-32; TIS-230830ENG-33; TIS-230830ENG-34; TIS-230830ENG-35; TIS-230830ENG-36; TIS-230830ENG-37; TIS-230830ENG-38; TIS-230830ENG-39; TIS-230830ENG-40; TIS-230830ENG-41; TIS-230830ENG-42; TIS-230830ENG-43; TIS-230830ENG-44; TIS-230830ENG-45; TIS-230830ENG-46; TIS-230830ENG-47; TIS-230830ENG-48; TIS-230830ENG-49; TIS-230830ENG-50; TIS-230830ENG-51; TIS-230830ENG-52; TIS-230830ENG-53; TIS-230830ENG-54; TIS-230830ENG-55; TIS-230830ENG-56; TIS-230830ENG-57; TIS-230830ENG-58; TIS-230830ENG-59; TIS-230830ENG-60; TIS-230830ENG-61; TIS-230830ENG-62; TIS-230830ENG-63; TIS-230830ENG-64; TIS-230830ENG-65; TIS-230830ENG-66; TIS-230830ENG-67; TIS-230830ENG-68; TIS-230830ENG-69; TIS-230830ENG-70; TIS-230830ENG-71; TIS-230830ENG-72; TIS-230830ENG-73; TIS-230830ENG-74; TIS-230830ENG-75; TIS-230830ENG-76; TIS-230830ENG-77; TIS-230830ENG-78; TIS-230830ENG-79; TIS-230830ENG-80; TIS-230830ENG-81; TIS-230830ENG-82; TIS-230830ENG-83; TIS-230830ENG-84; TIS-230830ENG-85; TIS-230830ENG-86; TIS-230830ENG-87; TIS-230830ENG-88; TIS-230830ENG-89; TIS-230830ENG-90; TIS-230830ENG-91; TIS-230830ENG-92; TIS-230830ENG-93; TIS-230830ENG-94; TIS-230830ENG-95; TIS-230830ENG-96; TIS-230830ENG-97; TIS-230830ENG-98; TIS-230830ENG-99; TIS-230830ENG-100; TIS-230830ENG-101; TIS-230830ENG-102; TIS-230830ENG-103; TIS-230830ENG-104; TIS-230830ENG-105; TIS-230830ENG-106; TIS-230830ENG-107; TIS-230830ENG-108; TIS-230830ENG-109; TIS-230830ENG-110; TIS-230830ENG-111; TIS-230830ENG-112; TIS-230830ENG-113; TIS-230830ENG-114; TIS-230830ENG-115; TIS-230830ENG-116; TIS-230830ENG-117; TIS-230830ENG-118; TIS-230830ENG-119; TIS-230830ENG-120; TIS-230830ENG-121; TIS-230830ENG-122; TIS-230830ENG-123; TIS-230830ENG-124; TIS-230830ENG-125; TIS-230830ENG-126; TIS-230830ENG-127; TIS-230830ENG-128; TIS-230830ENG-129; TIS-230830ENG-130; TIS-230830ENG-131; TIS-230830ENG-132; TIS-230830ENG-133; TIS-230830ENG-134; TIS-230830ENG-135; TIS-230830ENG-136; TIS-230830ENG-137; TIS-230830ENG-138; TIS-230830ENG-139; TIS-230830ENG-140; TIS-230830ENG-141; TIS-230830ENG-142; TIS-230830ENG-143; TIS-230830ENG-144; TIS-230830ENG-145; TIS-230830ENG-146; TIS-230830ENG-147; TIS-230830ENG-148; TIS-230830ENG-149; TIS-230830ENG-150; TIS-230830ENG-151; TIS-230830ENG-152; TIS-230830ENG-153; TIS-230830ENG-154; TIS-230830ENG-155; TIS-230830ENG-156; TIS-230830ENG-157; TIS-230830ENG-158; TIS-230830ENG-159; TIS-230830ENG-160; TIS-230830ENG-161; TIS-230830ENG-162; TIS-230830ENG-163; TIS-230830ENG-164; TIS-230830ENG-165; TIS-230830ENG-166; TIS-230830ENG-167; TIS-230830ENG-168; TIS-230830ENG-169; TIS-230830ENG-170; TIS-230830ENG-171; TIS-230830ENG-172; TIS-230830ENG-173; TIS-230830ENG-174; TIS-230830ENG-175; TIS-230830ENG-176; TIS-230830ENG-177; TIS-230830ENG-178; TIS-230830ENG-179; TIS-230830ENG-180; TIS-230830ENG-181; TIS-230830ENG-182; TIS-230830ENG-183; TIS-230830ENG-184; TIS-230830ENG-185; TIS-230830ENG-186; TIS-230830ENG-187; TIS-230830ENG-188; TIS-230830ENG-189; TIS-230830ENG-190; TIS-230830ENG-191; TIS-230830ENG-192; TIS-230830ENG-193; TIS-230830ENG-194; TIS-230830ENG-195; TIS-230830ENG-196; TIS-230830ENG-197; TIS-230830ENG-198; TIS-230830ENG-199; TIS-230830ENG-200; TIS-230830ENG-201; TIS-230830ENG-202; TIS-230830ENG-203; TIS-230830ENG-204; TIS-230830ENG-205; TIS-230830ENG-206; TIS-230830ENG-207; TIS-230830ENG-208; TIS-230830ENG-209; TIS-230830ENG-210; TIS-230830ENG-211; TIS-230830ENG-212; TIS-230830ENG-213; TIS-230830ENG-214; TIS-230830ENG-215; TIS-230830ENG-216; TIS-230830ENG-217; TIS-230830ENG-218; TIS-230830ENG-219; TIS-230830ENG-220; TIS-230830ENG-221; TIS-230830ENG-222; TIS-230830ENG-223; TIS-230830ENG-224; TIS-230830ENG-225; TIS-230830ENG-226; TIS-230830ENG-227; TIS-230830ENG-228; TIS-230830ENG-229; TIS-230830ENG-230; TIS-230830ENG-231; TIS-230830ENG-232; TIS-230830ENG-233; TIS-230830ENG-234; TIS-230830ENG-235; TIS-230830ENG-236; TIS-230830ENG-237; TIS-230830ENG-238; TIS-230830ENG-239; TIS-230830ENG-240; TIS-230830ENG-241; TIS-230830ENG-242; TIS-230830ENG-243; TIS-230830ENG-244; TIS-230830ENG-245; TIS-230830ENG-246; TIS-230830ENG-247; TIS-230830ENG-248; TIS-230830ENG-249; TIS-230830ENG-250; TIS-230830ENG-251; TIS-230830ENG-252; TIS-230830ENG-253; TIS-230830ENG-254; TIS-230830ENG-255; TIS-230830ENG-256; TIS-230830ENG-257; TIS-230830ENG-258; TIS-230830ENG-259; TIS-230830ENG-260; TIS-230830ENG-261; TIS-230830ENG-262; TIS-230830ENG-263; TIS-230830ENG-264; TIS-230830ENG-265; TIS-230830ENG-266; TIS-230830ENG-267; TIS-230830ENG-268; TIS-230830ENG-269; TIS-230830ENG-270; TIS-230830ENG-271; TIS-230830ENG-272; TIS-230830ENG-273; TIS-230830ENG-274; TIS-230830ENG-275; TIS-230830ENG-276; TIS-230830ENG-277; TIS-230830ENG-278; TIS-230830ENG-279; TIS-230830ENG-280; TIS-230830ENG-281; TIS-230830ENG-282; TIS-230830ENG-283; TIS-230830ENG-284; TIS-230830ENG-285; TIS-230830ENG-286; TIS-230830ENG-287; TIS-230830ENG-288; TIS-230830ENG-289; TIS-230830ENG-290; TIS-230830ENG-291; TIS-230830ENG-292; TIS-230830ENG-293; TIS-230830ENG-294; TIS-230830ENG-295; TIS-230830ENG-296; TIS-230830ENG-297; TIS-230830ENG-298; TIS-230830ENG-299; TIS-230830ENG-300; TIS-230830ENG-301; TIS-230830ENG-302; TIS-230830ENG-303; TIS-230830ENG-304; TIS-230830ENG-305; TIS-230830ENG-306; TIS-230830ENG-307; TIS-230830ENG-308; TIS-230830ENG-309; TIS-230830ENG-310; TIS-230830ENG-311; TIS-230830ENG-312; TIS-230830ENG-313; TIS-230830ENG-314; TIS-230830ENG-315; TIS-230830ENG-316; TIS-230830ENG-317; TIS-230830ENG-318; TIS-230830ENG-319; TIS-230830ENG-320; TIS-230830ENG-321; TIS-230830ENG-322; TIS-230830ENG-323; TIS-230830ENG-324; TIS-230830ENG-325; TIS-230830ENG-326; TIS-230830ENG-327; TIS-230830ENG-328; TIS-230830ENG-329; TIS-230830ENG-330; TIS-230830ENG-331; TIS-230830ENG-332; TIS-230830ENG-333; TIS-230830ENG-334; TIS-230830ENG-335; TIS-230830ENG-336; TIS-230830ENG-337; TIS-230830ENG-338; TIS-230830ENG-339; TIS-230830ENG-340; TIS-230830ENG-341; TIS-230830ENG-342; TIS-230830ENG-343; TIS-230830ENG-344; TIS-230830ENG-345; TIS-230830ENG-346; TIS-230830ENG-347; TIS-230830ENG-348; TIS-230830ENG-349; TIS-230830ENG-350; TIS-230830ENG-351; TIS-230830ENG-352; TIS-230830ENG-353; TIS-230830ENG-354; TIS-230830ENG-355; TIS-230830ENG-356; TIS-230830ENG-357; TIS-230830ENG-358; TIS-230830ENG-359; TIS-230830ENG-360
CometChip
The exact Tissue-Image connection could not be recovered, so instead, we are connecting all tissues that were imaged to all of the corresponding images
Nikon Ti2-E Inverted Microscope
tif
56b29da016131aa06f9779c4c918f721
Not specified
Creators and SubmitterViews: 9
Created: 18th Sep 2024 at 17:52
TagsThis item has not yet been tagged.
AttributionsNone
Related items
Projects: Hi-IMPAcTB, MIT SRP, MetNet, Endometriosis, Cancer Systems Biology Consortium (CSBC)
Institutions: Massachusetts Institute of Technology
Programme: MIT Superfund Research
Public web page: Not specified
Submitter: Dikshant Pradhan
Studies: Benthic fluxes of fluorescent dissolved organic material, salt and heat ..., Colorimetric Detection of Aqueous N-Nitrosodimethylamine via Photonitros..., CometChip Enables Parallel Analysis of Multiple DNA Repair Activities, Excision of mutagenic replication-blocking lesions suppresses cancer but..., Interaction of N-Nitroamines with Bincuelar Copper Complexs for Luminsec..., Molecular origins of mutational spectra produced by the environmental ca..., Novel In Vivo CometChip Reveals NDMA-Induced DNA Damage and Repair in Mu..., Optical Detection of Interleukin-6 using Liquid Janus Emulsions using Hy...
Assays: Absorption and Emission Spectroscopy - Data Linked, Absorption and Emission Spectroscopy Analysis - Data Linked, Agglutination Assay - Data Linked, All Metadata, Chemical Challenge - Metadata, Chemical Synthesis - Metadata, Chemical Synthesis - Metadata, Chemical Synthesis - Metadata, Comet Chip - Data Linked, Comet Chip Analysis - Data Attached, Comet Chip Analysis - Data Attached, Crystallography - Data Linked, Electron Paramagnetic Resonance - Data Linked, Extraction and Library Creation - Metadata, Field Water Sensor Run, Fourier Transform Infrared Spectroscopy - Data Linked, GPT Assay - Data Attached, GPT Assay – Data Attached, Gel Permeation Chromatography - Data Linked, Genome Alignment - Data Linked, High Resolution Mass Spectra - Data Linked, High Resolution Mass Spectra Analysis - Data Linked, Illumina Sequencing - Data Linked, Imaging - Data Linked, Mass Spectrometry Processing – Data Linked, Mass Spectrometry – Data Linked, Mouse Necropsy – Metadata, Mutational Spectral Analysis - Data Attached, Necropsy - Metadata, Nuclear Magnetic Resonance - Data Linked, Nuclear Magnetic Resonance Analysis - Data Linked, Nuclear Magnetic Resonance Spectroscopy - Data Linked, Nuclear Magnetic Resonance Spectroscopy - Data Linked, Nuclear Magnetic Resonance Spectroscopy Analysis - Data Linked, Nuclear Magnetic Resonance Spectroscopy Analysis - Data Linked, Pendant Drop Tensiometry - Data Linked, RaDR Image Machine Learning Analysis – Data Attached, Single-crystal X-ray Crystallography - Data Linked, Tissue Collection - Metadata, Tissue Imaging – Metadata, Tissue Lysis – Metadata, UV-Vis Spectroscopy - Data Linked, UV-Vis Spectroscopy Analysis - Data Linked, X-ray Photoelectron Spectroscopy - Data Linked
Norah Owiti, Joshua Corrigan, Lee Pribyl, Jennifer Kay, Bevin Engelward
https://doi.org/10.3390/ijms231911776
The comet assay is a versatile assay for detecting DNA damage in eukaryotic cells. The assay can measure the levels of various types of damage, including DNA strand breaks, abasic sites and alkali-sensitive sites. Furthermore, the assay can also be modified to include purified DNA glycosylases so that alkylated and oxidized bases can be detected. The ...
Submitter: Charles Demurjian
Investigation: MIT SRP
Assays: Chemical Challenge - Metadata, Comet Chip - Data Linked, Comet Chip Analysis - Data Attached, Tissue Collection - Metadata
Submitter: Charles Demurjian
Assay type: Experimental Assay Type
Technology type: Technology Type
Investigation: MIT SRP
Batch sample publishing
Creator: Charles Demurjian
Submitter: Charles Demurjian
Download
UID (Text) *, File_PrimaryData (Text) , Link_PrimaryData (Text) , Scientist (Text) , Protocol (URI) , SampleCreationDate (Text) , Parent (Text) , Type (Text) , Notes (Text) , Instrument (Text) , DataType (Text) , Checksum_PrimaryData (Text) , Checksum_PrimaryType (Text)
Not specified
