Most popular articles
Everything About Peaches. Clemson University Cooperative Extension Service Everything About Peaches Website: whether you are a professional or backyard peach...
Mission Statement. For the sake of mankind and the world as a whole a further increase of the sustainability...
Newsletter 9: July 2013 - Temperate Fruits in the Tropics and Subtropics. Download your copy of the Working Group Temperate...
USA Walnut varieties. The Walnut Germplasm Collection of the University of California, Davis (USA). A description of the Collection and a History...
China Walnut varieties.

Articles

THE EFFECTS OF SUCROSE ON BULBLETS FORMATION IN IN VITRO CULTURES OF THREE LILY TYPES

Article number
923_29
Pages
199 – 202
Language
English
Abstract
To study the effect of different sucrose concentration on bulblet formation, three types of lilium plantlets, Lilium davidii var. unicolor, L. longiflorum ‘White Heaven’ and L. ‘Yelloween’ were cultured on media containing different sugar concentrations. L. davidii var. unicolor had 100% in bulblet formation at the sucrose concentration 100 g L-1. Both ‘White Heaven’ and ‘Yelloween’ had 100% of bulblets formation on the sucrose concentration at 80 and 100 g L-1. Diameter and weight increment of bulblets in different varieties had different results.
The maximum diameter (1.243 cm) and weight gain (0.460 g) of ‘White Heaven’ bulblets could be obtained at sucrose concentration 60 g L-1, while 80 g L-1 was the optimal sucrose concentration of the inducing bulb formation (100%) and development for ‘Yelloween’ of which the maximum diameter reached 1.289 cm and weight gained 0.782 g.
It was concluded that sucrose concentrations at 40-80 g L-1 had a positive impact on these 3 lilies bulblets formation in vitro cultures.

Publication
Authors
Sun Ming, Li Xiao-fan, Shi Jin-fang, Kong Ying, Zhang Qi-xiang
Keywords
bulb sugar concentration, Lilium davidii var. unicolor, L. longiflorum ‘White Heaven’, L. ‘Yelloween’
Full text
Online Articles (46)
T. Winkelmann | C. Rode | M. Bartsch | A. Prange | D. Heintz | A. Van Dorsselaer | H.-P. Braun
D. Keles | H. Taskın | G. Baktemur | N.K. Yucel | S. Buyukalaca
M.A. Cortés-Rodríguez | R. López-Gómez | M.M. Martínez-Pacheco | L.M. Suárez-Rodríguez | A. Hernández-García | R. Salgado-Garciglia | I. Vidales Fernández | M.E. Ángel Palomares
T. Tetsumura | A. Ishimura | Y. Aikou | N. Eguchi | Y. Kai | K. Tashiro | C. Honsho
S. Sarathum | M. Hegele | J.N. Wünsche
A. Gallone | A. Hunter | G.C. Douglas
P. Tejaswini | S. Sudhagar | P. Madhavilatha | R.R. Shubha | S. Anuradha | M.V. Dhananjaya
Y. Gao | B. Chen | J. Zhang
Z.A. Kahrizi | M. Jafarkhani Kermani | M.E. Amiri | S. Vedadi
M.F. Grando | L. Augustin | M. Suzin | E.O. Calvete | R.C. Comin | A.R. Costa | B. Morlin | B. Donida
A. Awal | N. Nor Fazilah | M.P. Azvin | M. Najwa | A. Shamsiah | J.S. Norrizah
A. Campanelli | C. Ruta | N. Calabrese | I. Morone-Fortunato
D. Correia | G.C. Anselmo | J.M.T. Silva Júnior | E.H.S. Nascimento | P.J.A. Coelho | J.P.S. Morais
R. Salgado-Garciglia | L. Carreto-Montoya | M.P. Chávez-Moctezuma | A. Hernández-García | L.M. Suárez-Rodríguez | R. López-Gómez
Sun Ming | Li Xiao-fan | Shi Jin-fang | Kong Ying | Zhang Qi-xiang
A. Shamsiah | A. Awal | S. Nurathrah | M. Khairul-Azmir | J.S. Norrizah
M.Q.C. Santos | E.E.P. Lemos | T.L. Salvador | L.P. Rezende | T. Lima Salvador | J.W. Silva | P.G. Barros | R.S. Campos
E. Sánchez-Rodríguez | M.M. Rubio-Wilhelmi | B. Blasco | R. Leyva | L. Romero | J.M. Ruiz
T.L. Factor | S.L. Júnior | L.F.V. Purquerio | A.H. Calori
G. Grădinariu | C. Zlati | M. Istrate | L. Draghia
D. Correia | E.H.S. Nascimento | R.J.C. Santos | J.M.T. Silva Júnior | P.J.A. Coelho | J.P.S. Morais
E. Carmona | M.T. Moreno | P. Pajuelo | M.D. Martínez | J. Ordovás