Cannabis sativa L. - Botany and Biotechnology

(Jacob Rumans) #1
Table 13.1

In vitro protocols developed for

Cannabis sativa

L.

Explant

Response

Medium

Reference

Seedling parts

Cell suspension cultures

Modi

fied Gamborg

’s medium

Veliky and Genest (

1972

)

Root, hypocotyl, leaves of seedling, male andfemale

floral parts

Callus cultures

MS + 0.1


  • 0.01 ppm


KIN + 1.0 ppm 2,4-D

Itokawa et al. (

1975

)

Seedling parts

Cell suspension cultures

Itokawa et al. (

1977

)

Embryo, leaf, stem

Callus and cell suspension cultures

MS + 3 mg/l 2,4,5-T

Loh et al. (

1983

)

Seedling parts

Cell suspension cultures

MS + B5 vitamins + 3 mg/l2,4,5-T

Hartsel et al. (

1983

)

Leaf

Cell suspension cultures

B5 + 0.5 mg/l KIN + 1 mg/l 2,4 -D

Braemer et al. (

1987

)

Anthers

Cell suspension cultures: cryopreservation

10% DMSO

Jekkel et al. (

1989

)

Leaf

Cell culture

MS + B5 vitamins + 1 mg/l2,4-D + 1 mg/l KIN

Flores-Sanchez et al.(^2009

)

Leaf

Callus culture

MS + 0.5

μM NAA + 1.0

μM

TDZ

Lata et al. (

2010

)

Internodes

Callus culture

MS + 1 mg/l BAP + 0.5 mg/lNAA

Jiang et al. (

2015

)

Cotyledon

Callus culture

MS + 2 mg/l TDZ + 0.5 mg/LIBA

Movahedi et al. (

2015

)

Stem and leaf segment from seedling

Callus culture; Agrobacterium mediatedtransformation

MS + B5 vitamins + 5

μM 2,4

D+1

μM KIN

Feeney and Punja (

2003

)

Hypocotyl

Hairy root cultures

A. rhizogenes and A. tumefaciensstrains

Wahby et al. (

2006

,^2013

)

Seedling

Hairy root cultures from callus

B5 + 4 mg/l NAA

Farag and Kayser (

2015

)

Root development from callus

Hemphill et al. (

1978

)

Root development from callus

Fisse et al. (

1981

)

Stem, cotyledon, root

Callus formation

MS + NAA

Fisse and Andres (

1985

)

(continued)

13 Micropropagation ofCannabis sativaL.—An Update 289

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