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PT010-5L
Thomas Scientific
Murashige & Skoog Medium with Vitamins and Sucrose; without CaCl2, IAA, Kinetin and Agar, 5L
Price: $68.31List Price: $75.90Murashige and Skoog Medium (MS) was originally formulated by Murashige and Skoog in 1962 to optimize tobacco callus bioassay system for facilitating the study of cytokinins. Since then, it is widely used for micro propagation, organ culture, callus -
PT011-5L
Thomas Scientific
Murashige & Skoog Medium with Vitamins, Sucrose and Agar; without CaCl2, IAA and Kinetin, 5L
Price: $72.51List Price: $80.57Murashige and Skoog Medium (MS) was originally formulated by Murashige and Skoog in 1962 to optimize tobacco callus bioassay system for facilitating the study of cytokinins. Since then, it is widely used for micro propagation, organ culture, callus -
PT011G-5L
Thomas Scientific
Murashige & Skoog Medium with Vitamins, Sucrose and CleriGel (Gelrite); without CaCl2, IAA and Kinetin, 5L
Price: $86.66List Price: $96.29Murashige and Skoog Medium (MS) was originally formulated by Murashige and Skoog in 1962 to optimize tobacco callus bioassay system for facilitating the study of cytokinins. Since then, it is widely used for micro propagation, organ culture, callus -
PT011C-5L
Thomas Scientific
Murashige & Skoog Medium with Vitamins, Sucrose, 6-BAP and Agar; without CaCl2, IAA and Kinetin, 5L
Price: $83.69List Price: $92.99Murashige and Skoog Medium (MS) was originally formulated by Murashige and Skoog in 1962 to optimize tobacco callus bioassay system for facilitating the study of cytokinins. Since then, it is widely used for micro propagation, organ culture, callus -
PT018-5L
Thomas Scientific
Murashige & Skoog Medium with Vitamins; without CaCl2, Sucrose, IAA, Kinetin and Agar, 5L
Price: $52.89List Price: $58.76Murashige and Skoog Medium (MS) was originally formulated by Murashige and Skoog in 1962 to optimize tobacco callus bioassay system for facilitating the study of cytokinins. Since then, it is widely used for micro propagation, organ culture, callus -
PT025-25L
Thomas Scientific
Murashige & Skoog Modified Medium with CaCl2 and Gamborg B5 Vitamins; without Sucrose and Agar, 25L
Price: $159.19List Price: $176.88Murashige and Skoog Medium (MS) was originally formulated by Murashige and Skoog in 1962 to optimize tobacco callus bioassay system for facilitating the study of cytokinins. Since then, it is widely used for micro propagation, organ culture, callus -
PT025-5L
Thomas Scientific
Murashige & Skoog Modified Medium with CaCl2 and Gamborg B5 Vitamins; without Sucrose and Agar, 5L
Price: $67.83List Price: $75.37Murashige and Skoog Medium (MS) was originally formulated by Murashige and Skoog in 1962 to optimize tobacco callus bioassay system for facilitating the study of cytokinins. Since then, it is widely used for micro propagation, organ culture, callus -
PT044-25L
Thomas Scientific
Murashige & Skoog Modified Medium with CaCl2 and Nitsch Vitamins; without Sucrose and Agar, 25L
Price: $138.65List Price: $154.05Murashige and Skoog Medium (MS) was originally formulated by Murashige and Skoog in 1962 to optimize tobacco callus bioassay system for facilitating the study of cytokinins. Since then, it is widely used for micro propagation, organ culture, callus -
PT044-5L
Thomas Scientific
Murashige & Skoog Modified Medium with CaCl2 and Nitsch Vitamins; without Sucrose and Agar, 5L
Price: $53.31List Price: $59.24Murashige and Skoog Medium (MS) was originally formulated by Murashige and Skoog in 1962 to optimize tobacco callus bioassay system for facilitating the study of cytokinins. Since then, it is widely used for micro propagation, organ culture, callus -
VP022-1VL
Thomas Scientific
Murashige & Skoog Modified Vitamins (100X), 1 Vial
Price: $43.86List Price: $48.73  Technical Data Sheet -
VP022-5VL
Thomas Scientific
Murashige & Skoog Modified Vitamins (100X), 5 Vial
Price: $139.68List Price: $155.19  Technical Data Sheet -
M10500-10.0Basal salt mixture containing micro and macro elements with as vitamins as described by Murashige and Skoog (1962) and vitamins as described by Gamborg et. al. (1966). Concentration: 4414.09 mg/L Hygroscopic