Name / Stock Number: SALK_039513

NASC stock number: N539513

Resource Type: seed

Availability: available

Donors:
  • Joseph Ecker

Donation Date: 01/30/2002

Date Released: 02/01/2002

Description:

Sequence-indexed T-DNA insertion line, segregating for annotated insertion; kanamycin was employed for selection of T1 plants; distribution seeds are T2 or T3 generation.

Growth Requirement: none

Marker:

Background: Col (Columbia)

ABRC Comment: NOTE: kanamycin resistance gene may be silenced; PCR- or hybridization-based segregation analysis is required to confirm presence of insertion; may be segregating for phenotypes that are not linked to the insertion; may have additional insertions potentially segregating.; Please cite the Alonso et al. reference linked to this stock and acknowledge ABRC for distributing the seeds in all presentations and publications utilizing this material.

Format Shipped: 100 seeds per vial

Base / Commercial Price: $15 / $120

Genes

Gene Names Evidence
AT5G37790 polymorphism SIGnAL TAIR ARAPORT
AT4G02440
  • EID1
  • EMPFINDLICHER IM DUNKELROTEN LICHT 1
  • polymorphism SIGnAL TAIR ARAPORT
    AT2G31080 polymorphism SIGnAL TAIR ARAPORT
    AT2TE58010 polymorphism SIGnAL TAIR ARAPORT

    Germplasm

    2

    Polymorphisms

    Polymorphism Mutagen Genotype Inheritance Gene Evidence attribution
    SALK_039513.30.55.X T-DNA insertion segregating
  • AT2G31080
  • AT2TE58010
  • SIGnAL
    SALKSEQ_039513.2 T-DNA insertion segregating
  • AT5G37790
  • SIGnAL
    SALKSEQ_039513.0 T-DNA insertion segregating
  • AT2G31080
  • AT2TE58010
  • SIGnAL
    SALKSEQ_039513.1 T-DNA insertion segregating
  • AT4G02440
  • SIGnAL

    Arabidopsis thaliana 3702

    Additional Information

    DOI PubMed
    10.1126/science.1086391 12893945
    Transgene Description Promoter Reporter Marker
    pROK2 T-DNA kanamycin

    Children:

    Quality Control Comments

    Comment Commented by Date
    new T-DNA insertions have been identified in this stock by TDNA-Seq, a method for next-generation sequencing performed in J. Ecker lab at SALK Institute ABRC 03/10/2015 To view detailed data, click here