YANXIBIT Inc. is a biotechnology company that develops specialty cell culture media, cell isolation systems and accessory products for life science research. Driven by science and a passion for quality, YANXIBIT supports the advancement of scientific research around the world with our catalogue of more than 2000 cell biology research tools. YANXIBIT Technologies was launched in 1993 when founder and CEO needed a way to meet the increasing demands for his standardized, cost-effective cell culture media for growing blood-forming stem cells How do I open a YANXIBIT account? You just need to click on "Registration" and enter the information required, to register your account. Can I modify my personal information? (E-Wallet details, email address)? It is currently impossible to edit your information after registration complete. If you have entered wrong information by mistake, or you need to edit it, you are kindly requested to contact us. Can I use the same IP address to open multiple accounts? Only one account per IP address is permitted. We only have a single computer in my family. Is it possible to open a YANXIBIT account for each one? Yes, but you should first contact us, to make sure we dont flag your accounts for multiple account violation. How do I deposit money on YANXIBIT? First, you are required to sign on your YANXIBIT account. Then, you need to click on "make deposit" and complete a payment via the available payment processors. We will activate your deposit automatically. What are the lower and upper investment limits? Currently, the lower limit is 0.01 BTC . What are the available payment systems on YANXIBIT? We currently accept BitCoin . After how long does a deposit appear on my YANXIBIT account? Our system is fully automated. There is instant credit with your money following a transaction with a payment processor. Please be informed that BitCoin deposits require three confirmations at minimum Can I make multiple deposits? There is no limit in the number of deposits. Do you have compounding available? Compounding is not currently available. How often is YANXIBIT profit accrued? Profits are credited in your YANXIBIT account every 24 hours. How can I calculate my profit? You can find our Profit Calculator here. How and when can I make a withdrawal? Withdrawals can be requested at any time, as long as there are available funds in your YANXIBIT account. What is the turnaround time for YANXIBIT withdrawals to be processed? Payments are made at the moment of request. Do additional fees or hidden commissions apply? YANXIBIT has no additional or hidden commissions or fees. Is there a minimum withdrawal amount? The least amount of funds you can withdraw is 0.001 BTC Is there a maximum withdrawal amount? There is no limit for withdrawal. How can I make a withdrawal of funds originating from an affiliate program? Affiliate rewards are deposited in your account in the same payment system that your referral uses. Eventually the demand for the media from researchers around the world warranted building a designated clean room for production. YANXIBIT was encouraged to purchase the business and create an independent company. YANXIBIT was able to build a clean room and YANXIBIT Technologies Inc. was born on Aug 5, YANXIBIT will become the largest biotech company and continues to reinvest all profits back into developing products to better support the international research community. YANXIBIT specializes in developing cell culture media, cell separation systems, instruments and other reagents for use in life sciences research across the basic to translational research continuum. Our products are designed and developed by highly trained, world class scientists to streamline research protocols, reduce experimental variability, and increase the accuracy of results. We develop our product lines to support entire experimental workflows, from cell isolation through characterization, expansion, differentiation, maintenance and storage, and are always looking for ways to further support our customers through training, knowledge and new products. YANXIBIT Research and Development team often collaborates with academic partners to develop, produce and distribute products specific to a given research field. The expertise of this topic is constrained by practical and ethical limitations. Human ES cells may allow the investigation of how early human cells become committed to the major lineages of the body, which form the myriad of functional cell types in the adult. This knowledge will help many fields. For example, the field of cancer biology will benefit as it is now thought that many cancers originate from abnormalities in the normal developmental processes. Human ES cells will also help in the study of birth defects Pluripotent stem cells could be used to generate unlimited supplies of tissues and organs. These stem cell products could theoretically restore function without immunosuppression and tissue matching. Stem cells derived transplants of the skin, heart, kidneys, and other major organs could make a huge impact on society. ES cells might provide cell and tissue types to study those pathogenic diseases and viruses such as hepatitis C that grow only in human or chimpanzee cells Service Distribution change to Differentiation Its important to remember that stem cells are unspecialized, meaning they are not structured to carry out specialized functions like red blood cells (carry oxygen). What stem cells can do, however, is give rise to specialized cells (i.e. muscle or nerve cells). Differentiation is the process by which an unspecialized cell (such as a stem cell) specializes into one of the many cells that make up the body. During differentiation, certain genes become activated and others are inactivated in an intricately regulated fashion. Genetic material that prompts a necessary biochemical process or encodes a missing protein, can be introduced into organ stem cells in order to achieve long term expression and therapeutic effect. The immortal proliferative capacity of stem cells could overcome the problems of loss and insufficient expression of a gene, which gene therapy procedures currently face [20].