Plant Stem Cell - The Best Plant Intelligence Development Tool - Plant stem cell - Shenzhen Plant Intelligence Plant Stem Cell Institute

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Plant Stem Cell

Complete retention of plant genetic resources

植物干细胞首次成功分离

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First Successful Isolation of Undifferentiated Plant Stem Cells in the World

As we known, even plants have lived for a thousand years, they still can naturally grow new tissues every year, such as flowers, leaves, fruits, seeds, roots, bark and so on. This is because in the apical meristem of tree bud and root tip, and the lateral meristem of cambium, there are innate and original undifferentiated cells, called Cambial Meristematic Cells (CMCs), which maintain themselves while providing a steady supply of precursor cells to form differentiated tissues and organs in plants.We've also seen that trees on the side of the road, when they're damaged, are able to immediately produce a cell mass that protects the wound and sometimes grow new branches. This is because when mature cells at the wound sites are physically injured or artificially stimulated, they will be induced and undergo dedifferentiation to give rise to not sufficiently differentiated cells, called Callus (A.K.A. dedifferentiation Cells, DDCs), which temporarily gains the ability to prolif...

2019 - 05 - 05
Differences between Plant Stem Cell and Callus

Plant Stem Cell (CMC) and Callus (DDC) are Fundamentally Different CellsCallus (A.K.A Dedifferentiated Cell, DDCs) is dedifferentiated tissue composed by a variety of heterogeneous cells from dozens of dedifferentiated cells obtained by dedifferentiation process on differentiated plant organs (such as leaves). On the other hand, The CMCs developed by PIPSCI team are innately undifferentiated cells that has never been differentiated nor dedifferentiated, and CMCs are strictly homologous homogeneous cells.Therefore, Plant stem cell (CMC) and callus (DDC) are fundamentally different from each other. Plant stem cell (CMC) and callus (DDC) show significant differences in cell morphology, gene expression, cell growth rate and stability, as well as plant active component synthesis due to their different origins.

2019 - 05 - 05
The Best Plant Intelligence Development Tool

Differences in cell morphology and gene expression enable plant stem cells (CMC) to grow continuously and stably at a high proliferation rate and maintain high productivity of active ingredients. However, with the passage of culture time, the cell lines of callus (DDC) lose the ability of proliferation or show variation, which cannot guarantee the production of stable and consistent effective components. Therefore, plant stem cells (CMC) is the best tool for studying plant intelligence. Plant stem cells (CMC) can provide the following three advantages to study and develop plant intelligence:1. Eternal VitalityLike animal cells, the telomeres of plant cells are also progressively shortened during cell division. However, the plant stem cells (CMC) isolated by PIPSCI, contain active telomerase, which prevents the telomeres from being destroyed by cell division. Therefore, this means that plant stem cells (CMC) are immortal cells with eternal vitality. Comparin...

2019 - 05 - 05
New Natural Phytochemical Production Systems

Many Obstacles on the Existing Natural Phytochemical Production SystemsWhether it is red wine, coffee or tea, we all know that the quality of products in different years or places of origin will vary greatly. In fact, medicinal plants are also the same. Because the composition and content of phytochemicals in plants, as well as the yield of plants, are very easily affected by the growth environment, such as temperature, rainfall, light, soil nutrients, plant diseases and insect pests.However, stable plant samples are very important for researchers to analyze and test natural phytochemicals. The industrial scale and stable quality of natural phytochemicals are absolutely critical to the clinical trials and commercialization of selected natural phytochemicals. The instability of plant quality and yield between batches is the main reason for the slow development of phytochemicals.Here are common phytochemicals production systems:Field CollectionExtracted from wild plants is the typi...

2019 - 05 - 05
Plant Stem Cell Bank

PIPSCI has established the world's first plant stem cell bank, will be systematically collects and conserve “Chinese Legendary Plant” or great significant plant resources. Based on the “Plant Intelligence Conservation Platform”, the core units of the best plant individuals are preserved as they are. At the same time, the living stem cell bank of rare and endangered plants will be built to permanently preserve all the genetic information of plants. And the research, development and industrialization will be carried out to make all kinds of the most excellent plant intelligence become a treasure of human resources without the limitation of time and space.The whole work of plant stem cell bank can be divided into three steps, first, using our proprietary technology to isolate the living plant undifferentiated stem cells. Then, confirm the growth of plant stem cells is stable, put the cell into cryopreservation and room temperature preservation. Finally, the research team draw re...

2019 - 04 - 22
Significance for Industry, Education, Research and Society

In the past 160 years, PIPSCI has successfully isolated plant stem cells (CMC) for the first time, which has brought a very positive impact not only on the academic and industrial level, but also on the environment and society.Plant Stem Cell for Academic ResearchPlant Stem Cell for Industrialization DevelopmentPlant Stem Cell for Environment and Society

2019 - 05 - 05
Significance for Modernization and Globalization of TCM

China's plant resources and traditional Chinese medicine culture are a huge treasure. Plant stem cell platform technology can excavate and develop the treasure well. There are huge similarities between the current status of many plant resources and oil reserve in Middle East 100 years ago: The resource is there, but people just don't know how to develop and utilize it. PIPSCI is going to “to dig the endless oil and mines” in a completely environmental and sustainable way, to allow the “plant intelligence” of China's local plant resources and the great wisdom of Traditional Chinese Medicine shine even brighter.Currently, on the road to modernization and globalization, Traditional Chinese Medicine faces many challenges, such as “Why it is effective”, “prescription without medical herbs supply”, “medical herbs with low or non efficacy”, “efficacy without standardization”, etc. PIPSCI plant stem cell platform technology can be applied in the following 7 aspects (Knowledge, Medi...

2019 - 05 - 05

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