MPB-2016v7n15 - page 16

Molecular Plant Breeding, 2016, Vol.7, No.15, 1-12
11
Table 3 Micropropagation Media (MPM) for Dalbergia sissoo Roxb.
Micropropagation Media for
Shisham (MPMS)
M.S Salt
Sucrose
BAP
IAA
Gellen Gum Powder
MPMS 1
4.33 g/L
30 g/L
6.66µM 1.43 µM 2.66 g/L
MPMS 2
4.33 g/L
30 g/L
8.8 µM
1.43 µM 2.66 g/L
MPMS 3
4.33 g/L
30 g/L
11.1 µM 1.43 µM 2.66 g/L
MPMS 4
4.33 g/L
30 g/L
13.32µM 1.43 µM 2.66 g/L
MPMS 5
4.33 g/L
30 g/L
6.6 µM
1.71 µM 2.66 g/L
MPMS 6
4.33 g/L
30 g/L
8.8 µM
1.71 µM 2.66 g/L
MPMS 7
4.33 g/L
30 g/L
11.1 µM 1.71 µM 2.66 g/L
MPMS 8
4.33 g/L
30 g/L
13.32µM 1.71 µM 2.66 g/L
Table 4 Root induction Media (RIM) for Dalbergia sissoo Roxb.
Root Induction Media for
Shisham (RIMS)
M.S Salt
Sucrose
IBA
IAA
Myoinositol
Gellan Gum Powder
RM 1
2.165 g/L 30 g/L 4.9 µM 5.7 µM 100 mg/L
2.66 g/L
RM 2 (reported) used as
control
2.165 g/L 30 g/L 7.35 µM 0
0
2.66 g/L
RM 3
2.165 g/L 30 g/L 11.0 µM 0
0
2.66 g/L
3.4 Data collection and Statistical analysis
Data of micropropagation were collected in the form
of number of shoots per explant. Analysis of Variance
table was made among different media combinations
and explant sources. Experiment was designed under
CRD in factorial design and data was collected and
analyzed (Steel and Torrey, 1982).
References
Ali A., Rizwan M., Abdul M., Saleem A., and Naveed N.H., 2012, Effect of
media type and explants source on micropropagation of Dalbergia
sissoo: A tree of medicinal importance, Journal of Medicinal Plants
Research, 6(9): 1742-1751
Arumugam A. and Rao M.V., 1996, In vitro production of plants from
cotyledonary node cultures of Aegle marmelos (L.), Adv. Plant Sci,
9(2): 181-186
Bajwa R., Javid A., and Shah M.B.M., 2003a, Extent of Shisham (Dalbergia
sissoo Roxb.) decline in Sialkot, Gujranwala, Lahore and Sargodha
Districts, Mycopath. 1(1): 1–5
Bajwa, R., A. Javaid, J.H. Mirza and N. Akhtar. 2003b. Chemical control of
wilt in shisham (Dalbergia sissoo Roxb.) Mycopath, 1(2): 111-113
Bari M.A., Ferdaus K.M.K.B., and Hossain M.J., 2008, Callus induction
and plantlet regeneration from in vivo nodal and intermodal segments
and shoot tip of Dalbergia sissoo Robx, J. bio-sci, 16: 41-48
Behera P.R., Nayak P., Thirunavoukkarasu M., and Sahoo S.B., 2008, Plant
regeneration of Gmelina arborea Roxb. from cotyledonary node
explants, Indian J. Plant Physiol, 13(3):258-265
Carelli B.P., and Echeverrigary S., 2002, An improved system for the in
vitro propagation of rose cultivars, Sci. Hort, 92(1): 64–74
Chitra V.D.S., and Padmaja G., 1999, Clonal propagation of mulberry
(Morus indicaL. cultivar M-5) through in vitro culture of nodal
explants, Sci. Hort, 80(3): 289-298
Cohen D., 1995, The culture medium, Acta Hort, 393(2): 15-24
George E.F., 1993, Plant propagation by tissue culture, Part 1 The
Technology, 2nd Ed, Exegetics Ltd., Edington.
Jain S.M., 1997, Biotechnology of industrially important tree species in
developing countries, Plant Biotechnology and Plant Genetic
Resources for Sustainability and Productivity (eds. K.N. Watanabe and
E. Pehu), 227-238.
Kunisaki J., Araki A., and Sagawa Y., 2003, Micropropagation of ‘Awa
(Kava, Piper methysticum), College of Tropical Agriculture and
Human Resources (CTAHR),
Minocha and Jain S.M., 2000, Tissue culture of woody plants and its
relevance to molecular biology, Molecular Biology of Woody Plants, 1:
315-339
Nayak P., Behera P.R., and Thirunavoukkarau M., 2007, High frequency
plantlet regeneration from cotyledonary node cultures of Aegle
marmelos (L.) Corr. In vitro Cell Dev. Biol. Plant, 43:231-236
Naz S.I., 2002, The vanishing shisham tree, The Daily Dawn, 4 January
2002, Lahore, Pakistan
Ndoye M., Diallo I., and Dia Y.K.G., 2003, In vitro multiplication of the
semi-arid forest tree, Balanites aegyptiaca(L.) Del. Afr. J. Biotech,
2(11): 421-424
Niedz R.P., and Evens T.J., 2007, Regulation of plant tissue growth by
mineral nutrition, In vitro Cell Dev, Biol. Plant 43: 370-381
Oka S., and Ohyama K., 1975, Studies on in vitro culture of excised bud in
mulberry tree, Effect of growth substances on the development of
shoots from bud, J. Seric. Sci, Jpn. 44: 444-450.
Pattnaik S., Pradhan C., Naik S.K., and Chand P.K., 2000, Shoot
organogenesis and plantlet regeneration from hypocotyl-derived cell
suspensions of a tree legume, Dalbergia sissoo roxb, In Vitro Cellular
& Developmental Biology, 36(5): 407-411
1...,6,7,8,9,10,11,12,13,14,15 17,18
Powered by FlippingBook