1 Inhibits Gene
| WormBase Gene ID | Gene Name | Sequence Name | Organism |
|---|---|---|---|
| WBGene00004751 | sea-2 | K10G6.3 | Caenorhabditis elegans |
18 Inhibits Predicted Gene
| WormMine ID | Sequence Name | Length (nt) | Chromosome Location |
|---|---|---|---|
| CDS:K10G6.3f | K10G6.3f |
5478
 |
II: 3950377-3950396 |
| CDS:K10G6.3h | K10G6.3h |
5043
|
II: 3950377-3950396 |
| CDS:K10G6.3i | K10G6.3i |
5472
|
II: 3950377-3950396 |
| CDS:K10G6.3j | K10G6.3j |
4755
|
II: 3962223-3962344 |
| CDS:K10G6.3b | K10G6.3b |
5166
|
II: 3962223-3962344 |
| CDS:K10G6.3c | K10G6.3c |
5190
|
II: 3962223-3962344 |
| CDS:K10G6.3o | K10G6.3o |
4944
|
II: 3962522-3962853 |
| CDS:K10G6.3d | K10G6.3d |
4464
|
II: 3964340-3965280 |
| CDS:K10G6.3m | K10G6.3m |
4029
|
II: 3964340-3965280 |
| CDS:K10G6.3s | K10G6.3s |
3306
|
II: 3966495-3969217 |
| CDS:K10G6.3a | K10G6.3a |
5619
|
II: 3962223-3962344 |
| CDS:K10G6.3e | K10G6.3e |
2877
|
II: 3966495-3969217 |
| CDS:K10G6.3g | K10G6.3g |
5907
|
II: 3950377-3950396 |
| CDS:K10G6.3k | K10G6.3k |
4950
|
II: 3962522-3962853 |
| CDS:K10G6.3l | K10G6.3l |
4515
|
II: 3962522-3962853 |
| CDS:K10G6.3n | K10G6.3n |
5379
|
II: 3962522-3962853 |
| CDS:K10G6.3q | K10G6.3q |
4458
|
II: 3964340-3965280 |
| CDS:K10G6.3r | K10G6.3r |
4893
|
II: 3964340-3965280 |
4 Phenotype _ Not _ Observed
| Identifier | Name | Description |
|---|---|---|
| WBPhenotype:0000886 | nematode phenotype | Animals exhibit variations compared to a given control. |
| WBPhenotype:0000050 | embryonic lethal | Animals die during embryonic development. In C. elegans, often assayed as refractile eggs that fail to hatch; when applied to large-scale RNAi screens in C. elegans, more than 10% of embryos die. |
| WBPhenotype:0000535 | organism morphology variant | Animals exhibit variations in the form, structure or composition of any part of their anatomy compared to control animals. |
| WBPhenotype:0000689 | maternal sterile | Animals produce no or very few embryos as a result of experimental treatment. This is in contrast to sterility due to genetic perturbations (maternal effect sterility). |
