GO2PDB - JenaLib

Search term(s): GO:2000242

Here you see a subgraph of the complete GO graph, with your query GO:2000242 as the highest hiearchical level and all levels of lower hierarchy. The number of PDB entries, for which a UniProt entry annotated with the corresponding GO term is available, is shown in square brackets for all hiearchical levels of the subgraph.

negative regulation of reproductive process (GO:2000242)
- negative regulation of cell differentiation involved in embryonic placenta development (GO:0060806)
  [3 PDB entries]
- negative regulation of conjugation with cellular fusion (GO:0031138)
  [1 PDB entries]
- negative regulation of embryo sac egg cell differentiation (GO:0045695)
- negative regulation of endosperm development (GO:1904095)
- negative regulation of epithelial cell proliferation involved in prostate gland development (GO:0060770)
  [20 PDB entries]
- negative regulation of female pigmentation (GO:0048090)
- negative regulation of fertilization (GO:0060467)
  - negative regulation of acrosome reaction (GO:1902225)
  - negative regulation of binding of sperm to zona pellucida (GO:2000360)
    [12 PDB entries]
  - negative regulation of fusion of sperm to egg plasma membrane (GO:0043013)
  - prevention of polyspermy (GO:0060468)
    [11 PDB entries]
- negative regulation of flower development (GO:0009910)
  [4 PDB entries]
- negative regulation of FtsZ-dependent cytokinesis (GO:2000245)
- negative regulation of germ cell proliferation (GO:1905937)
  - negative regulation of male germ cell proliferation (GO:2000255)
    [59 PDB entries]
- negative regulation of gonad development (GO:1905940)
  - negative regulation of female gonad development (GO:2000195)
    [31 PDB entries]
  - negative regulation of male gonad development (GO:2000019)
    - negative regulation of establishment of Sertoli cell barrier (GO:1904445)
- negative regulation of long-day photoperiodism, flowering (GO:0048579)
- negative regulation of male germ-line stem cell asymmetric division (GO:1904839)
- negative regulation of male mating behavior (GO:1902436)
  - negative regulation of turning behavior involved in mating (GO:0061096)
    [2 PDB entries]
- negative regulation of male pigmentation (GO:0048092)
- negative regulation of maternal process involved in parturition (GO:1904302)
- negative regulation of mating type switching (GO:0031495)
  - negative regulation of mating type switching by negative regulation of transcription from RNA polymerase II promoter (GO:1900474)
  - negative regulation of mating type switching by transcription from RNA polymerase II promoter (GO:0100050)
- negative regulation of meiotic cell cycle (GO:0051447)
  [112 PDB entries]
- negative regulation of nematode male tail tip morphogenesis (GO:0110038)
- negative regulation of oogenesis (GO:1905880)
  - negative regulation of border follicle cell delamination (GO:0030712)
  - negative regulation of border follicle cell migration (GO:1903687)
  - negative regulation of cumulus cell differentiation (GO:0045593)
  - negative regulation of nurse cell apoptotic process (GO:0045849)
  - negative regulation of oocyte development (GO:0060283)
    [19 PDB entries]
- negative regulation of oviposition (GO:1901045)
- negative regulation of ovulation (GO:0060280)
- negative regulation of penile erection (GO:0060407)
  [14 PDB entries]
- negative regulation of placenta blood vessel development (GO:0110081)
- negative regulation of premature acrosome loss (GO:0061950)
- negative regulation of prostatic bud formation (GO:0060686)
  [4 PDB entries]
- negative regulation of seed maturation (GO:2000692)
  - negative regulation of seed dormancy process (GO:1902039)
- negative regulation of short-day photoperiodism, flowering (GO:0048577)
- negative regulation of signal transduction involved in conjugation with cellular fusion (GO:0060240)
  - negative regulation of pheromone-dependent signal transduction involved in conjugation with cellular fusion (GO:0090029)
- negative regulation of sorocarp spore cell differentiation (GO:1901262)
- negative regulation of sperm capacitation (GO:1902491)
- negative regulation of spermatid nuclear differentiation (GO:0045701)
- negative regulation of spore-bearing organ development (GO:0075262)
  - negative regulation of aecium development (GO:0075270)
  - negative regulation of ascus development (GO:0075320)
  - negative regulation of basidium development (GO:0075316)
  - negative regulation of conidiophore development (GO:0070794)
    - negative regulation of conidiophore stalk development (GO:0070800)
    - negative regulation of metula development (GO:0070803)
    - negative regulation of phialide development (GO:0070806)
  - negative regulation of oogonium development (GO:0075266)
  - negative regulation of sorocarp stalk cell differentiation (GO:0031286)
  - negative regulation of sporangium development (GO:0075312)
    - negative regulation of oomycete sporangium development (GO:0075324)
    - negative regulation of sporangium germination on or near host (GO:0075225)
  - negative regulation of sporocarp development involved in sexual reproduction (GO:1902059)
    - negative regulation of cleistothecium development (GO:0070797)
  - negative regulation of telium development (GO:0075278)
  - negative regulation of uredinium development (GO:0075282)
  - negative regulation of zygosporangium development (GO:0075274)
- negative regulation of trophoblast cell migration (GO:1901164)
  [10 PDB entries]
- negative regulation of vitellogenesis (GO:1903187)

Click on the GO accession number to get a tree view of the GO hierarchy without information on PDB entries. In this case your query level and all levels of higher hierarchy up to the root level Gene_Ontology (GO:0003673) are displayed.

If you enter the GO tree somewhere and if you want to get a view of the whole tree first click on the GO name. This yields the low-hierarchy part. Then click on the GO accession number of the lowest hierarchical level. This gives a view of the complete tree. Note, that certain GO terms belong to more than one path.

GO2PDB@JenaLib
Tue Jul 9 10:48:17 2019