亚洲av 日韩av 欧美在线观看

      <strike id="lf9wq"><sup id="lf9wq"></sup></strike><th id="lf9wq"><video id="lf9wq"><span id="lf9wq"></span></video></th>

      <th id="lf9wq"><video id="lf9wq"></video></th>
      <tr id="lf9wq"></tr>

      <output id="lf9wq"></output>
      <th id="lf9wq"><video id="lf9wq"></video></th>

      <nav id="lf9wq"><video id="lf9wq"></video></nav>
      
      

        <code id="lf9wq"><small id="lf9wq"><track id="lf9wq"></track></small></code>
        <big id="lf9wq"><nobr id="lf9wq"></nobr></big>

        Medical Degree Program in China - Stem Cell Engineering

         1. Introduction

        Stem Cell Engineering uses stem cells differentiation in certain conditions, to form any type of tissues and organs, to realize organs and tissues graft without rejection, stem cells and related products R & D and product test process flow design; stem cells and related products, application basis and pre clinical animal experiment; stem cells and related products for clinical trials and new clinical transplantation technology research work of the project. Its application prospect is very broad.

        Stem cell engineering is a new cell engineering based on the technology of cell culture. Stem cell engineering is the use of stem cell proliferation characteristics, differentiation, proliferation and differentiation of highly ordered, through in vitro culture stem cells, inducing stem cells to differentiate or using transgenic technology to deal with stem cells to change its characteristics, in order to achieve the use of stem cells for the purpose of serving humans.

        2. Stem Cells

        Stem cell is a kind of undifferentiated cell or primitive cell, and it is a pluripotent cell with self replication ability. Under certain conditions, stem cells can differentiate into multiple cells in the body; form any kind of tissue and organ, in order to realize the internal construction and self recovery ability of the body.

        3. Stem Cells Origin and Classification

        According to the developmental stage, stem cells can be divided into Embryonic Stem Cell and Adult Stem Cell. Embryonic stem cells include embryonic stem cell, embryonic germ cell; adult stem cells include neural stem cells (NSC), hematopoietic stem cell (HSC), mesenchymal stem cells (MSC), and Epidexmis stem cell. According to the size of their differentiation potential of stem cells, they can be classified into three categories: totipotent stem cell, embryonic stem cell, multipotent stem cells.

        Embryonic stem cells can be derived from teratocarcinoma cells (EC), mulberry cells (ES), blastocyst inner cell mass (ES), quasi embryonic cells (ES), genital primordium cells (EG), etc.

        4. Characteristics and Functional Properties of Embryonic Stem Cells

        Characteristics of Stem Cell Bioengineering

        1) With the characteristics of embryonic cells, small volume, big nucleus, obvious nucleolus

        2) With the almighty of development, can be differentiated into any tissue cells of adult animals

        3) Under the condition of in vitro cultivating, embryonic stem cells can proliferate without differentiation, and can be frozen and preserved, and some genetic modification can be carried out.

        Stem cell biological engineering function

        The potential to develop into a complete individual

        The cryopreservation can carry out genetic transformation

        The proliferation is available

        5. Study on Application of Stem Cells

        Because stem cells have specific differentiation potential, the almighty, pluripotency and specialization, in recent years, scientists around the world have made great progress on the clinical application of stem cells, for example as follows:

        Embryonic stem cells breeding cardiac tissue

        Bone marrow stem cells breeding renal tissue

        Adult stem cells treat myocardial infarction

        Umbilical cord blood stem cells

        Skin stem cells

        Nervous tissue cells

        Islet stem cells

        6. Stem Cells in Engineering Research

        Study Objects

        Embryonic stem cells, umbilical cord blood stem cells, umbilical cord blood stem cells, amniotic stem cells, amniotic fluid stem cells, bone marrow mesenchymal stem cells, hematopoietic stem cells, cancer stem cells and spermatogonial stem cells, germ stem cells, osteogenic stem cells, mesenchymal stem cells, muscle stem cells, neural stem cells, adipose derived stem cells, cardiac stem cells, tracheal stem cells, hepatic stem cells, pancreatic stem cells, gastrointestinal stem cells, endothelial progenitor cells, corneal stem cells, skin stem cells, hair follicle stem cells, breast cancer stem cells and prostate stem cells and salivary gland stem cells such as stem cells related basic and clinical research, and blood disease of hematopoietic stem cell transplantation related issues

        Research Content

        Stem cells study academic and technical hot issues of biological characteristics, cultivating and differentiation and induction technique, stem cells and micro environment, stem cells and micro RNA regulation, stem cell factor and correlation factor, stem cell phenotype and identification, stem cell transplantation and immunological tolerance, cell transplantation and gene expression, cell programming and epigenetic, stem cell preservation and quality and stem cells experimental animal model.

        NOTICE

        2020 Admission is opening !
        Full Scholarship is available for Medical Master, Phd,
        Bachelor of Pharmacy, Medicine

        Read more......

        Contact us
        ? 亚洲av 日韩av 欧美在线观看
            <strike id="lf9wq"><sup id="lf9wq"></sup></strike><th id="lf9wq"><video id="lf9wq"><span id="lf9wq"></span></video></th>

            <th id="lf9wq"><video id="lf9wq"></video></th>
            <tr id="lf9wq"></tr>

            <output id="lf9wq"></output>
            <th id="lf9wq"><video id="lf9wq"></video></th>

            <nav id="lf9wq"><video id="lf9wq"></video></nav>
            
            

              <code id="lf9wq"><small id="lf9wq"><track id="lf9wq"></track></small></code>
              <big id="lf9wq"><nobr id="lf9wq"></nobr></big>