Skip to content
Menu

Primary Menu

  • Welcome to the Alonso-Stepanova Lab
  • Research
    • Auxin Biosynthesis
    • Plant RiboPrints
      • Plant RiboPrints Research
      • Protocols
    • Plant Hormometer
    • CRISPR-based logic gates
    • Recombineering
    • Plant Morphodynamics
  • Outreach
    • SynBio Workshop
    • Synthetic Biology Course
    • GMO Slide Deck
    • Plants4Kids Outreach
      • Outreach photos
      • Outreach Videos
      • Plant-It-Yourself
        • Module 1. Light vs. Dark
        • Module 2. Bending
        • Module 3. Gravity
        • Module 4. Temperature
        • Module 5. Soil
        • Module 6. Crowdedness
        • Module 7. Water
        • Module 8. Pollution
        • Module 9. Nutrients
      • Schoolyard or Home
        • Module A. Wilting
        • Module B. Nutrients
        • Module C. Aging
        • Module D. Pollution
        • Module E. Photosynthesis
      • Videos de divulgacion
      • Plantalo tu mismo
        • Módulo 1. Luz vs. oscuridad
        • Módulo 2. Crecer hacia la luz
        • Módulo 3. La gravedad
        • Módulo 4. Temperatura
        • Módulo 5. El suelo
        • Módulo 6. Densidad
        • Módulo 7. Agua
        • Módulo 8. Contaminación
        • Módulo 9. Nutrientes
      • En la escuela o en casa
        • Módulo A. Marchitamiento
        • Módulo B. Transporte de nutrientes
        • Módulo C. Envejecer
        • Módulo D. Polución
        • Módulo E. Fotosíntesis
    • DIY
      • Raspberry Pi Freezer Alarm (WiFi)
  • Tools (NEW)
    • Genome Browsers
      • Araport11 TACs
      • Tomato2.5 to Araport11
      • Araport11 Ribo_Seq
      • Ribo-Seq Arabidopsis (Ethylene and Auxin data)
      • Ribo-Seq Tomato (Ethylene and Auxin data)
    • Lab protocols
      • Plant DNA extraction (96 well-format)
      • Plant polysome purification
      • Quick yeast genomic DNA prep
      • Plant transformation using TAC clones
      • Triple response assay
      • Extracting DNA from a gel
      • Electrocompetent E. coli
      • CEL I preparation and enzymatic assay
      • Plant DNA extraction
    • Auxin/Shikimate Biosynthesis Reporters (NEW)
    • Auxin Transport Reporters (NEW)
  • Publications
    • Selected publications
    • Other publications
  • People
    • People (Current)
    • People (Former lab members)
  • Funding
  • News
Search

Alonso-Stepanova Laboratory

Twitter GitHub YouTube

Lab protocols

 

Extracting DNA from a gel

Electrocompetent E. coli

CEL I preparation and enzymatic assay

Plant DNA extraction

Plant DNA extraction (96 well-format)

Plant polysome purification

Quick yeast genomic DNA prep

Plant transformation with TAC clones

The triple response assay

 

 

 

 

Useful Links

Salk SIGnAL

Arabidopsis Information Portal (Araport)

David Gene Functional Annotation

Arabidopsis Biological Resource Center

Find Tomato Orthologs of an Arabidopsis gene

Find Arabidopsis TAC clones in your gene of interest (K clones can be ordered from the ABRC or Riken BRC)

Copyright © 2024 Alonso-Stepanova Laboratory All Rights Reserved.
Catch Adaptive by Catch Themes
Scroll Up
  • Welcome to the Alonso-Stepanova Lab
  • Research
    • Auxin Biosynthesis
    • Plant RiboPrints
      • Plant RiboPrints Research
      • Protocols
    • Plant Hormometer
    • CRISPR-based logic gates
    • Recombineering
    • Plant Morphodynamics
  • Outreach
    • SynBio Workshop
    • Synthetic Biology Course
    • GMO Slide Deck
    • Plants4Kids Outreach
      • Outreach photos
      • Outreach Videos
      • Plant-It-Yourself
        • Module 1. Light vs. Dark
        • Module 2. Bending
        • Module 3. Gravity
        • Module 4. Temperature
        • Module 5. Soil
        • Module 6. Crowdedness
        • Module 7. Water
        • Module 8. Pollution
        • Module 9. Nutrients
      • Schoolyard or Home
        • Module A. Wilting
        • Module B. Nutrients
        • Module C. Aging
        • Module D. Pollution
        • Module E. Photosynthesis
      • Videos de divulgacion
      • Plantalo tu mismo
        • Módulo 1. Luz vs. oscuridad
        • Módulo 2. Crecer hacia la luz
        • Módulo 3. La gravedad
        • Módulo 4. Temperatura
        • Módulo 5. El suelo
        • Módulo 6. Densidad
        • Módulo 7. Agua
        • Módulo 8. Contaminación
        • Módulo 9. Nutrientes
      • En la escuela o en casa
        • Módulo A. Marchitamiento
        • Módulo B. Transporte de nutrientes
        • Módulo C. Envejecer
        • Módulo D. Polución
        • Módulo E. Fotosíntesis
    • DIY
      • Raspberry Pi Freezer Alarm (WiFi)
  • Tools (NEW)
    • Genome Browsers
      • Araport11 TACs
      • Tomato2.5 to Araport11
      • Araport11 Ribo_Seq
      • Ribo-Seq Arabidopsis (Ethylene and Auxin data)
      • Ribo-Seq Tomato (Ethylene and Auxin data)
    • Lab protocols
      • Plant DNA extraction (96 well-format)
      • Plant polysome purification
      • Quick yeast genomic DNA prep
      • Plant transformation using TAC clones
      • Triple response assay
      • Extracting DNA from a gel
      • Electrocompetent E. coli
      • CEL I preparation and enzymatic assay
      • Plant DNA extraction
    • Auxin/Shikimate Biosynthesis Reporters (NEW)
    • Auxin Transport Reporters (NEW)
  • Publications
    • Selected publications
    • Other publications
  • People
    • People (Current)
    • People (Former lab members)
  • Funding
  • News