Welcome to HEDD

The Human Epigenetic Drug Database (HEDD) is a comprehensive web-based database for epigenetic drugs, which focuses on the storage and integration of epigenetic drug datasets that were obtained from laboratory experiments that is essential for understanding the mechanism of action of these epigenetic drugs at a systematic level.

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Drug Name(synonyms): e.g SAHA
Drug Category:
Disease: e.g breast cancer
Drug Name:
Disease: e.g breast cancer
Drug Name:
Target : e.g HDAC
Drug Name:
Target: e.g histone deacetylase
Drug Name:
Drug Category:
Disease: e.g breast cancer
Sample Type: e.g hela cells
Experiment Type:
Drug NameCategoryCas NumberMolecularWeight
5-Aza-2'-deoxycytidine DNMTi2353-33-5C8H12N4O4228.20528 g/mol
5-Azacytidine DNMTi320-67-2C8H12N4O5244.20468 g/mol
epigallocatechin-3-gallate DNMTi989-51-5C22H18O11458.37172 g/mol
Zebularine DNMTi3690-10-6C9H12N2O5228.20198 g/mol
hydralazine DNMTi86-54-4C8H8N4160.17592 g/mol
Suberoylanilide hydroxamic acid HDACi149647-78-9C14H20N2O3264.3202 g/mol
Givinostat HDACi497833-27-9C24H27N3O4421.48888 g/mol
Panobinostat HDACi404950-80-7C21H23N3O2349.42622 g/mol
Trichostatin A HDACi58880-19-6C17H22N2O3302.36818 g/mol
Belinostat HDACi414864-00-9C15H14N2O4S318.34766 g/mol
Entinostat HDACi209783-80-2C21H20N4O3376.4085 g/mol
CG-1521 HDACi674767-29-4C13H13NO2215.24782 g/mol
Romidepsin HDACi128517-07-7C24H36N4O6S2540.69584 g/mol
ITF-A HDACiN.A.
ITF-B HDACiN.A.
Valproic acid HDACi99-66-1C8H16O2166.193269 g/mol
OSU-HDAC-44 HDACi935881-37-1C18H20N2O3312.363 g/mol
HC-toxin HDACi83209-65-8C21H32N4O6436.50198 g/mol
magnesium valproate HDACi62959-43-7C16H30MgO4310.712 g/mol
plitidepsin HDACi137219-37-5C57H87N7O151110.33858 g/mol
Tasquinimod HDACi254964-60-8C20H17F3N2O4406.35519 g/mol
sodium butyrate HDACi156-54-7C4H7NaO2110.086949 g/mol
mocetinostat HDACi726169-73-9C23H20N6O396.4445 g/mol
Pargyline HDMi555-57-7C11H13N159.22762 g/mol
clorgyline HDMi17780-72-2C13H15Cl2NO272.1703 g/mol
bizine HDMiN.A.C18H24ClN3O333.8556 g/mol
GSK2879552 HDMi1401966-69-5C23H28N2O2364.48062 g/mol
GSK-J4 HDMi1373423-53-0C24H27N5O2417.50348 g/mol
KDM5-C70 HDMiN.A.C17H28N4O3336.42922 g/mol
JIB-04 HDMi199596-05-9C17H13ClN4308.76492g/mol
tranylcypromine HDMi155-09-9C9H11N133.19034 g/mol
EPZ-6438 HMTi1403254-99-8C34H44N4O4572.73756 g/mol
GSK126 HMTi1346574-57-9C31H38N6O2526.67242 g/mol
CPI360 HMTiN.A.C25H31N3O4437.53134 g/mol
3-Deazaneplanocin A HMTi102052-95-9C12H14N4O3262.26456 g/mol
GSK343 HMTi1346704-33-3C31H39N7O2541.68706 g/mol
EI1 HMTi1418308-27-6C23H26N4O2390.47814 g/mol
BIX-01294 HMTi935693-62-2C28H38N6O2490.64032 g/mol
UNC0638 HMTi1255580-76-7C30H47N5O2509.72648 g/mol
EPZ004777 HMTi1338466-77-5C28H41N7O4539.66964 g/mol
C646 HATi328968-36-1C24H19N3O6445.42416 g/mol
JQ1 PAHi1268524-70-4C23H25ClN4O2S456.9882 g/mol
CPI203 PAHi1446144-04-2C18H18ClN5OS399.89712 g/mol
RVX-208 PAHi1044870-39-4C20H22N2O5370.39908 g/mol
I-BET151 PAHi1300031-49-5C23H21N5O3415.44454 g/mol
I-BET762 PAHi1260907-17-2C22H22ClN5O2423.89538 g/mol
i-BET-726 PAHi1300031-52-0C25H23ClN2O3434.91472 g/mol
UNC669 PMHi1314241-44-5C15H20BrN3O338.2428 g/mol
UNC1215 PMHi1415800-43-9C32H43N5O2529.71612 g/mol
carbamazepine HDACi298-46-4C15H12N2O236.26858 g/mol
procainamide DNMTi51-06-9C13H21N3O235.32534 g/mol
SB939 HDACi929016-96-6C20H30N4O2358.4778 g/mol
CHR-2845 HDACi914382-60-8C28H37N3O5495.61048 g/mol
CHR-3996 HDACiN.A.C20H19FN6O2394.402263 g/mol
Curcumin HATi458-37-7C21H20O6368.3799 g/mol
UNC0224 HMTi1197196-48-7C26H43N7O2485.66532 g/mol
JNJ-26481585 HDACi875320-29-9C21H26N6O2394.47014 g/mol
Sodium phenylbutyrate HDACi1716-12-7C10H11NaO2186.182909 g/mol
Pivanex HDACi122110-53-6C10H18O4202.24752 g/mol
Resveratrol HDACi501-36-0C14H12O3228.24328 g/mol
abexinostat HDACi783355-60-2C21H23N3O5397.42442 g/mol
resminostat HDACi864814-88-0C16H19N3O4S349.40476 g/mol
dacinostat HDACi404951-53-7C22H25N3O3379.4522 g/mol
Droxinostat HDACi99873-43-5C11H14ClNO3243.68676 g/mol


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The Human Epigenetic Drug Database (HEDD) is a comprehensive web-based database for epigenetic drugs, which focuses on integrating epigenetic drug studies based Omics data from high through experiments that is essential for understanding the mechanism of action of these epigenetic drugs at a systematic level.

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©2016 Group of Computational Epigenomics and Bioinformatics, College of Life Science, Jilin Normal University, China

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