The present investigation was proposed to develop a reproducible and efficient regeneration protocol for organogenesis in tomato cv. Dhanashri. Seeds of tomato cv. Dhanashri were obtained from MPKV, Rahuri. The seedlings were raised aseptically on half-strength MS basal medium. Cotyledonary leaves and hypocotyls (1-2 cm), collected from 15days-old seedlings were excised and used as explants. Explants were cultured on MS basal medium supplemented with BAP (0.00-13.32 µM) and IAA(0.00 - 3.42 µM) alone and in various combinations. After 21–30 days when shoot buds were visible, shoots were separated from adhering callus and transferred for induction of rooting on MS basal medium supplemented with IBA (0.00-14.76 µM). The highest number of (7.8 ± 0.29) shoot per cotyledonary leaf explant was produced on MS + 6.65 µM BAP in combination with 1.14 µM IAA, which was the most optimum combination for shoot regeneration. The maximum numbers of shoots (5.6 ± 0.13) were observed on MS + 8.88 µM BAP in conjunction with 1.71 µM IAA. This combination was the optimum combination for induction of shoots from hypocotyl explants of tomato. Auxin containing medium (MS + 4.92 µM) resulted in a large proportion of rooted micro-shoots and early rooting. The results presented describe an efficient, reproducible and rapid tissue culture regeneration protocol.