ASPM
Overview
ASPM (abnormal spindle microtubule assembly) encodes a centrosomal protein critical for mitotic spindle assembly and brain size determination. Germline loss-of-function causes primary microcephaly. In cancer, ASPM has been identified as part of a cluster of recurrently mutated centrosome-associated genes in small cell lung cancer (SCLC), though its functional contribution to tumorigenesis remains unclear.
Alterations observed in the corpus
- Clustered mutations in centrosome-associated genes in SCLC (110-tumor WGS cohort); ASPM co-clustered with ALMS1 and PDE4DIP; biological role in SCLC explicitly noted as unclear by authors PMID:26168399
Cancer types (linked)
- SCLC: part of centrosome-gene significantly mutated cluster; prevalence not individually quantified PMID:26168399
Co-occurrence and mutual exclusivity
- Co-clustered with ALMS1 and PDE4DIP in SCLC; all three are centrosome-associated genes forming a recurrently mutated group PMID:26168399
Therapeutic relevance
- No direct therapeutic associations identified in this corpus.
Open questions
- Functional role of ASPM somatic mutations in SCLC is explicitly noted as unclear by George et al. 2015; functional experiments required PMID:26168399
Sources
This page was processed by crosslinker on 2026-05-14.