Ppa-unc-50

Pristionchus pacificus

Is predicted to encode a protein with the following domains: UNC-50 and UNC-50 family. Is an ortholog of C. elegans unc-50. In C. elegans, unc-50 is involved in receptor localization to synapse and regulation of muscle contraction.

Ppa-unc-93.2

Pristionchus pacificus

Is predicted to encode a protein with the following domains: Ion channel regulatory protein, UNC-93; Ion channel regulatory protein UNC-93; and MFS transporter superfamily. Is an ortholog of C. elegans unc-93. In C. elegans, unc-93 is involved in regulation of muscle contraction and regulation of potassium ion transport.

Ppa-unc-46

Pristionchus pacificus

Is an ortholog of C. elegans unc-46.

Ppa-unc-93.1

Pristionchus pacificus

Is an ortholog of C. elegans unc-93. In C. elegans, unc-93 is involved in regulation of muscle contraction and regulation of potassium ion transport.

PPA00328

Pristionchus pacificus

Is predicted to encode a protein with the following domains: Ion channel regulatory protein, UNC-93; Ion channel regulatory protein UNC-93; and MFS transporter superfamily.

PPA38333

Pristionchus pacificus

Is predicted to encode a protein with the following domains: Ion channel regulatory protein, UNC-93; Ion channel regulatory protein UNC-93; and MFS transporter superfamily.

PPA19469

Pristionchus pacificus

Predicted to be part of troponin complex. Is an ortholog of C. elegans unc-27. In C. elegans, unc-27 is involved in locomotion and sarcomere organization.

Ppa-unc-57

Pristionchus pacificus

Predicted to be located in cytoplasm. Is an ortholog of C. elegans unc-57. In C. elegans, unc-57 is involved in clathrin-dependent endocytosis and necroptotic process.

Ppa-unc-96

Pristionchus pacificus

Is an ortholog of C. elegans unc-96. In C. elegans, unc-96 is involved in locomotion; regulation of cytoskeleton organization; and striated muscle myosin thick filament assembly.

Ppa-unc-70

Pristionchus pacificus

Is an ortholog of C. elegans unc-70. In C. elegans, unc-70 is involved in several processes, including dendrite development; embryonic body morphogenesis; and muscle cell cellular homeostasis.