It reveals that, 
higher concentration of KIN has the ability to 
produce more plantlet per explant. As observed in 
Table 1, micro tuber was not produced in simpleMS medium. Days required for microtuber 
formation was the highest (48.27 days) in MS + 1 
mg/L of KIN and the lowest (28.72 days) in MS + 
4 mg/L of KIN. It indicates that, gradually less 
period was required in higher concentration of KIN 
application. Number of microtuber per explant was 
statistically identical in the case of MS media with 
3 and 4 mg/L of KIN application. Rest of the treat- 
ments also gave similar trend for this parameter. 
Average fresh weight of microtuber was the highest 
(389 mg) in MS + 4 mg/L KIN treatment and it was 
the lowest (187 mg) in MS + 1 mg/L of KIN 
treatment. Its reveals that, higher concentration of 
KIN had potentiality to produced heavier micro 
tuber than lower concentration. BAP and cytokinin 
were found to stimulate the tuberization process 
(Hussey and Stacey, 1984; Abbott and Belchel, 
1984). The present finding is in conformity with 
the earlier findings (Kotkas & Peter, 1998; AlMomani et al., 2000; Shibli et al., 2001)
 
It reveals that, higher concentration of KIN has the ability to produce more plantlet per explant. As observed in Table 1, micro tuber was not produced in simpleMS medium. Days required for microtuber formation was the highest (48.27 days) in MS + 1 mg/L of KIN and the lowest (28.72 days) in MS + 4 mg/L of KIN. It indicates that, gradually less period was required in higher concentration of KIN application. Number of microtuber per explant was statistically identical in the case of MS media with 3 and 4 mg/L of KIN application. Rest of the treat- ments also gave similar trend for this parameter. Average fresh weight of microtuber was the highest (389 mg) in MS + 4 mg/L KIN treatment and it was the lowest (187 mg) in MS + 1 mg/L of KIN treatment. Its reveals that, higher concentration of KIN had potentiality to produced heavier micro tuber than lower concentration. BAP and cytokinin were found to stimulate the tuberization process (Hussey and Stacey, 1984; Abbott and Belchel, 1984). The present finding is in conformity with the earlier findings (Kotkas & Peter, 1998; AlMomani et al., 2000; Shibli et al., 2001)
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