A culture system for the stable and high-efficiency proliferation of adventitious roots of Panax notoginseng and ginsenoside accumulation

Panax notoginseng is an important medicinal plant. In this datasets, we showed the effect of proliferation of P. notoginseng adventitious roots and their growth and accumulation of three ginsenosides (Rg1, Re and Rb1) under different culture conditions.
1. Table 1, the number and length of P. notoginseng adventitious roots under the different medium and different concentration of IBA and NAA.
2. Table 2, the number and length of P. notoginseng adventitious roots under the different sucrose concentration.
3. Table 3, the biomass and of three ginsenosides accumulation P. notoginseng adventitious roots during 8 weeks of suspension culture.
4. Table 4，the biomass and of three ginsenosides accumulation P. notoginseng adventitious roots under different sucrose concentrations for 7 weeks.
5. Table 5，the biomass and of three ginsenosides accumulation P. notoginseng adventitious roots under different IBA concentrations for 7 weeks.
6. Table 6, the biomass and of three ginsenosides accumulation P. notoginseng adventitious roots with different inoculum size for 7 weeks.

本数据集聚焦于研究人参（Panax notoginseng）的药用植物特性。其中，我们揭示了在不同栽培条件下，人参不定根的增殖及其三种人参皂苷（Rg1、Re和Rb1）的生长与积累效应。具体数据如下：
1. 表格1：在不同培养基及不同浓度的吲哚丁酸（IBA）和萘乙酸（NAA）作用下，人参不定根的数量与长度。
2. 表格2：在不同蔗糖浓度下，人参不定根的数量与长度。
3. 表格3：在8周的悬浮培养过程中，人参不定根的生物量及三种人参皂苷的积累情况。
4. 表格4：在7周的悬浮培养过程中，不同蔗糖浓度下，人参不定根的生物量及三种人参皂苷的积累情况。
5. 表格5：在7周的悬浮培养过程中，不同吲哚丁酸（IBA）浓度下，人参不定根的生物量及三种人参皂苷的积累情况。
6. 表格6：在7周的悬浮培养过程中，不同接种量下，人参不定根的生物量及三种人参皂苷的积累情况。