Research:2026-08-21/Preprint/cannselect-a-high-quality-genotyping-platform-for-cannabis-sativa

ResearchPreprint21 August 2026

CannSelect: A High-Quality Genotyping Platform for Cannabis sativa

Dustin G. Wilkerson, George M. Stack, Craig H. Carlson, Michael A. Quade, Caroline A. Dowling, Jacob A. Toth, Maylin J. Murdock, Jean Jasinski, Zachary J. Stansell, John K. McKay, Lawrence B. Smart

bioRxiv

Introduces CannSelect, a targeted genotyping platform for Cannabis sativa designed for diversity analyses and trait mapping. Probe targets were chosen from four genotyped diversity panels and a curated gene list. The authors used the platform to map day-neutrality in a segregating population to the Autoflower1 locus, with average capture efficiencies of 88.5%, and describe the design of CannSelect v1.0 and its performance in diverse genome assemblies. The paper is a method preprint.

Read the paper

DOI10.64898/2026.08.18.745408

Record created 15 October 2026maintained by landrace.wiki editorspage history

2026-08-21 2026-10-15 CannSelect: A High-Quality Genotyping Platform for Cannabis sativa Preprint Genetics Dustin G. Wilkerson, George M. Stack, Craig H. Carlson, Michael A. Quade, Caroline A. Dowling, Jacob A. Toth, Maylin J. Murdock, Jean Jasinski, Zachary J. Stansell, John K. McKay, Lawrence B. Smart bioRxiv 2026 10.64898/2026.08.18.745408 https://doi.org/10.64898/2026.08.18.745408 Introduces CannSelect, a targeted genotyping platform for Cannabis sativa designed for diversity analyses and trait mapping. Probe targets were chosen from four genotyped diversity panels and a curated gene list. The authors used the platform to map day-neutrality in a segregating population to the Autoflower1 locus, with average capture efficiencies of 88.5%, and describe the design of CannSelect v1.0 and its performance in diverse genome assemblies. The paper is a method preprint.