ASCERTAINING THE EFFECT OF BAP (6- BENZYL AMINO PURINE) ON ROSE (Rosa spp) THROUGH MICROPROPAGATION

SHAKIRA AFNAN MOHAMMAD SADAR; SOWMIYA MADHAIYAN; SNEAHA MAHADEVAN; SHALINI GOVINDARAJ; SINDHUJA RAVICHANDRAN; SOWMIYA JAYAKUMAR; THARSHENEE UMAPATHY; VIDHYA LAKSHMANASAMY; SAMPATH SARANGAPANI; ASHOK SUBIRAMANIYAN; ARUL GANESH THANGARAJ; VALARMATHI MUTHU; RAJESH MOORTHY; SALA MURUGAN; SHUNMUGAVADIVEL THANGAVEL; SARANKUMAR CHANDRAN

doi:10.56557/pcbmb/2022/v23i37-387924

ASCERTAINING THE EFFECT OF BAP (6- BENZYL AMINO PURINE) ON ROSE (Rosa spp) THROUGH MICROPROPAGATION

SHAKIRA AFNAN MOHAMMAD SADAR

SOWMIYA MADHAIYAN

SNEAHA MAHADEVAN

SHALINI GOVINDARAJ

SINDHUJA RAVICHANDRAN

SOWMIYA JAYAKUMAR

THARSHENEE UMAPATHY

VIDHYA LAKSHMANASAMY

SAMPATH SARANGAPANI

ASHOK SUBIRAMANIYAN

ARUL GANESH THANGARAJ

VALARMATHI MUTHU

RAJESH MOORTHY

SALA MURUGAN

SHUNMUGAVADIVEL THANGAVEL

SARANKUMAR CHANDRAN

PLANT CELL BIOTECHNOLOGY AND MOLECULAR BIOLOGY, Page 75-81
DOI: 10.56557/pcbmb/2022/v23i37-387924
Published: 9 November 2022

Abstract

In this investigation, Rose nodal explants from healthy shoots were grown on a base MS medium supplemented with various BAP concentrations (6-Benzyl Amino Purine). It was determined from the various concentrations that the shoot initiation and development were best at the concentration of 3 mg/lit. From the third day to a one-month interval, the various stages of shoot development were examined. It was revealed that callus initiation begins on day 10, axillary shoot initiation on day 2, and that growth and development begin on day 3 and last for a month, respectively. Additionally, the established healthy shoot culture will be kept up and given root initiation treatment using rooting media. The ideal rooting media concentration will be fixed for better root initiation and development.

Keywords:

BAP (6- Benzyl Amino Purine)
shoot formation
micropropagation
rose

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How to Cite

SADAR, S. A. M., MADHAIYAN, S., MAHADEVAN, S., GOVINDARAJ, S., RAVICHANDRAN, S., JAYAKUMAR, S., UMAPATHY, T., LAKSHMANASAMY, V., SARANGAPANI, S., SUBIRAMANIYAN, A., THANGARAJ, A. G., MUTHU, V., MOORTHY, R., MURUGAN, S., THANGAVEL, S., & CHANDRAN, S. (2022). ASCERTAINING THE EFFECT OF BAP (6- BENZYL AMINO PURINE) ON ROSE (Rosa spp) THROUGH MICROPROPAGATION. PLANT CELL BIOTECHNOLOGY AND MOLECULAR BIOLOGY, 23(37-38), 75-81. https://doi.org/10.56557/pcbmb/2022/v23i37-387924

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