Only some findings regarding Fetal Tissue use and the Humanized Mouse Model used in vax research. (The organ harvesting is also going on, I know.)
AOC: Mifepristone (Abortion!) has been legal and in the market for 23 years. This is like a judge coming out and outlawing Claritin or Aspirin or Plan B because they felt like it
https://twitter.com/Acyn/status/1644500429173129221
(this is so stupid that I ask myself whether it is coms for the cabale?)
Fetal tissue is ‘gold standard' for key studies, NIH workshop concludes
"NIAID will not pause or ban funding of fetal tissue research so long as there is no profit motive, so long as there is proper informed consent for the disposition of the fetal remains for research, and so long as the consent laws are consistent within each individual state's laws on the issue." (The NIAID funds many, but not nearly all, of the scores of NIH research projects that rely in some measure on fetal tissue.)
Human Fetal Tissue: A Critical Resource for Biomedical Research
Fetal tissue research has made major contributions to our understanding of biology and the development of new medical technologies, including vaccines for many diseases that have saved millions of lives.
Fetal tissue is an essential “gold-standard” resource that enables laboratory-based research into how human tissues and organs develop. With the consent of donors, this unique and valuable tissue can be used for research into basic biological processes and human development, as well as creating new treatments for life-threatening diseases.
Fetal tissue is obtained from spontaneous miscarriages and legal abortions. In each case, the fetal tissue would be discarded if not donated by patients for medical research. Ongoing access to human fetal tissue that has been obtained legally and with donor consent is required to address many important questions in biomedical research and for the development of new therapies.
This ISSCR portfolio of examples shows how the use of fetal tissue has led to therapies that have saved lives as well as ways in which fetal tissue research continues to be necessary for medical advances. Examples include research in the following areas:
Parkinson’s disease, Huntington’s disease, Blindness, Pregnancy, Zika Virus, HIV, Vaccines, Diabetes
Midtrimester human fetuses at four months old and later are precisely the fetuses most in demand for experimental use. The liver, thymus, and bone marrow of an aborted infant, typically at gestational age 16 to 24 weeks, are sought for implantation into immunode-ficient rodents to construct so-called “humanized mice,” a living platform hosting a cellular human im-mune system for disease studies and drug testing.
https://en.wikipedia.org/wiki/Humanized_mouse
A humanized mouse or a humanized mouse model is one that has been xenotransplanted with human cells and/or engineered to express human gene products, so as to be utilized for gaining relevant insights in the in vivo context for understanding of human-specific physiology and pathologies.
https://en.wikipedia.org/wiki/Humanized_mouse#Infectious_diseases
https://en.wikipedia.org/wiki/Humanized_mouse#Cancers
https://en.wikipedia.org/wiki/Xenotransplantation
https://en.wikipedia.org/wiki/Xenotransplantation#Potential_uses
Xenotransplantation of human tumor cells into immunocompromised mice is a research technique frequently used in oncology research.[35] It is used to predict the sensitivity of the transplanted tumor to various cancer treatments; several companies offer this service, including the Jackson Laboratory.[36]
Human organs have been transplanted into animals as a powerful research technique for studying human biology without harming human patients. This technique has also been proposed as an alternative source of human organs for future transplantation into human patients.[37] For example, researchers from the Ganogen Research Institute transplanted human fetal kidneys into rats which demonstrated life supporting function and growth.[5]
You may have noticed that the latest biomedical breakthroughs are utilizing more and more humanized mice. But, what is a humanized mouse and why would scientists want to utilize this type of model?
Humanized mouse is a general term that refers to a mouse that has been engrafted with something from a human. This could be a short strand of human DNA, human tissue, a human tumor, a humanized immune system, or parts of the human microbiome.
Only some findings regarding Fetal Tissue use and the Humanized Mouse Model used in vax research. (The organ harvesting is also going on, I know.)
AOC: Mifepristone (Abortion!) has been legal and in the market for 23 years. This is like a judge coming out and outlawing Claritin or Aspirin or Plan B because they felt like it
https://twitter.com/Acyn/status/1644500429173129221
(this is so stupid that I ask myself whether it is coms for the cabale?)
Fetal tissue is ‘gold standard' for key studies, NIH workshop concludes
"NIAID will not pause or ban funding of fetal tissue research so long as there is no profit motive, so long as there is proper informed consent for the disposition of the fetal remains for research, and so long as the consent laws are consistent within each individual state's laws on the issue." (The NIAID funds many, but not nearly all, of the scores of NIH research projects that rely in some measure on fetal tissue.)
Human Fetal Tissue: A Critical Resource for Biomedical Research
Fetal tissue research has made major contributions to our understanding of biology and the development of new medical technologies, including vaccines for many diseases that have saved millions of lives.
Fetal tissue is an essential “gold-standard” resource that enables laboratory-based research into how human tissues and organs develop. With the consent of donors, this unique and valuable tissue can be used for research into basic biological processes and human development, as well as creating new treatments for life-threatening diseases.
Fetal tissue is obtained from spontaneous miscarriages and legal abortions. In each case, the fetal tissue would be discarded if not donated by patients for medical research. Ongoing access to human fetal tissue that has been obtained legally and with donor consent is required to address many important questions in biomedical research and for the development of new therapies.
This ISSCR portfolio of examples shows how the use of fetal tissue has led to therapies that have saved lives as well as ways in which fetal tissue research continues to be necessary for medical advances. Examples include research in the following areas:
Parkinson’s disease, Huntington’s disease, Blindness, Pregnancy, Zika Virus, HIV, Vaccines, Diabetes
Midtrimester human fetuses at four months old and later are precisely the fetuses most in demand for experimental use. The liver, thymus, and bone marrow of an aborted infant, typically at gestational age 16 to 24 weeks, are sought for implantation into immunode-ficient rodents to construct so-called “humanized mice,” a living platform hosting a cellular human im-mune system for disease studies and drug testing.
https://en.wikipedia.org/wiki/Humanized_mouse
A humanized mouse or a humanized mouse model is one that has been xenotransplanted with human cells and/or engineered to express human gene products, so as to be utilized for gaining relevant insights in the in vivo context for understanding of human-specific physiology and pathologies.
https://en.wikipedia.org/wiki/Humanized_mouse#Infectious_diseases
https://en.wikipedia.org/wiki/Humanized_mouse#Cancers
https://en.wikipedia.org/wiki/Xenotransplantation
https://en.wikipedia.org/wiki/Xenotransplantation#Potential_uses
Xenotransplantation of human tumor cells into immunocompromised mice is a research technique frequently used in oncology research.[35] It is used to predict the sensitivity of the transplanted tumor to various cancer treatments; several companies offer this service, including the Jackson Laboratory.[36]
Human organs have been transplanted into animals as a powerful research technique for studying human biology without harming human patients. This technique has also been proposed as an alternative source of human organs for future transplantation into human patients.[37] For example, researchers from the Ganogen Research Institute transplanted human fetal kidneys into rats which demonstrated life supporting function and growth.[5]
You may have noticed that the latest biomedical breakthroughs are utilizing more and more humanized mice. But, what is a humanized mouse and why would scientists want to utilize this type of model?
Humanized mouse is a general term that refers to a mouse that has been engrafted with something from a human. This could be a short strand of human DNA, human tissue, a human tumor, a humanized immune system, or parts of the human microbiome.
Only some findings regarding Fetal Tissue use and the Humanized Mouse Model used in vax research. (The organ harvesting is also going on, I know.)
AOC: Mifepristone (Abortion!) has been legal and in the market for 23 years. This is like a judge coming out and outlawing Claritin or Aspirin or Plan B because they felt like it
https://twitter.com/Acyn/status/1644500429173129221
Fetal tissue is ‘gold standard' for key studies, NIH workshop concludes
"NIAID will not pause or ban funding of fetal tissue research so long as there is no profit motive, so long as there is proper informed consent for the disposition of the fetal remains for research, and so long as the consent laws are consistent within each individual state's laws on the issue." (The NIAID funds many, but not nearly all, of the scores of NIH research projects that rely in some measure on fetal tissue.)
Human Fetal Tissue: A Critical Resource for Biomedical Research
Fetal tissue research has made major contributions to our understanding of biology and the development of new medical technologies, including vaccines for many diseases that have saved millions of lives.
Fetal tissue is an essential “gold-standard” resource that enables laboratory-based research into how human tissues and organs develop. With the consent of donors, this unique and valuable tissue can be used for research into basic biological processes and human development, as well as creating new treatments for life-threatening diseases.
Fetal tissue is obtained from spontaneous miscarriages and legal abortions. In each case, the fetal tissue would be discarded if not donated by patients for medical research. Ongoing access to human fetal tissue that has been obtained legally and with donor consent is required to address many important questions in biomedical research and for the development of new therapies.
This ISSCR portfolio of examples shows how the use of fetal tissue has led to therapies that have saved lives as well as ways in which fetal tissue research continues to be necessary for medical advances. Examples include research in the following areas:
Parkinson’s disease, Huntington’s disease, Blindness, Pregnancy, Zika Virus, HIV, Vaccines, Diabetes
Midtrimester human fetuses at four months old and later are precisely the fetuses most in demand for experimental use. The liver, thymus, and bone marrow of an aborted infant, typically at gestational age 16 to 24 weeks, are sought for implantation into immunode-ficient rodents to construct so-called “humanized mice,” a living platform hosting a cellular human im-mune system for disease studies and drug testing.
https://en.wikipedia.org/wiki/Humanized_mouse
A humanized mouse or a humanized mouse model is one that has been xenotransplanted with human cells and/or engineered to express human gene products, so as to be utilized for gaining relevant insights in the in vivo context for understanding of human-specific physiology and pathologies.
https://en.wikipedia.org/wiki/Humanized_mouse#Infectious_diseases
https://en.wikipedia.org/wiki/Humanized_mouse#Cancers
https://en.wikipedia.org/wiki/Xenotransplantation
https://en.wikipedia.org/wiki/Xenotransplantation#Potential_uses
Xenotransplantation of human tumor cells into immunocompromised mice is a research technique frequently used in oncology research.[35] It is used to predict the sensitivity of the transplanted tumor to various cancer treatments; several companies offer this service, including the Jackson Laboratory.[36]
Human organs have been transplanted into animals as a powerful research technique for studying human biology without harming human patients. This technique has also been proposed as an alternative source of human organs for future transplantation into human patients.[37] For example, researchers from the Ganogen Research Institute transplanted human fetal kidneys into rats which demonstrated life supporting function and growth.[5]
You may have noticed that the latest biomedical breakthroughs are utilizing more and more humanized mice. But, what is a humanized mouse and why would scientists want to utilize this type of model?
Humanized mouse is a general term that refers to a mouse that has been engrafted with something from a human. This could be a short strand of human DNA, human tissue, a human tumor, a humanized immune system, or parts of the human microbiome.
Only some findings regarding Fetal Tissue use and the Humanized Mouse Model used in vax research. (The organ harvesting is also going on, I know.)
Fetal tissue is ‘gold standard' for key studies, NIH workshop concludes
"NIAID will not pause or ban funding of fetal tissue research so long as there is no profit motive, so long as there is proper informed consent for the disposition of the fetal remains for research, and so long as the consent laws are consistent within each individual state's laws on the issue." (The NIAID funds many, but not nearly all, of the scores of NIH research projects that rely in some measure on fetal tissue.)
Human Fetal Tissue: A Critical Resource for Biomedical Research
Fetal tissue research has made major contributions to our understanding of biology and the development of new medical technologies, including vaccines for many diseases that have saved millions of lives.
Fetal tissue is an essential “gold-standard” resource that enables laboratory-based research into how human tissues and organs develop. With the consent of donors, this unique and valuable tissue can be used for research into basic biological processes and human development, as well as creating new treatments for life-threatening diseases.
Fetal tissue is obtained from spontaneous miscarriages and legal abortions. In each case, the fetal tissue would be discarded if not donated by patients for medical research. Ongoing access to human fetal tissue that has been obtained legally and with donor consent is required to address many important questions in biomedical research and for the development of new therapies.
This ISSCR portfolio of examples shows how the use of fetal tissue has led to therapies that have saved lives as well as ways in which fetal tissue research continues to be necessary for medical advances. Examples include research in the following areas:
Parkinson’s disease, Huntington’s disease, Blindness, Pregnancy, Zika Virus, HIV, Vaccines, Diabetes
Midtrimester human fetuses at four months old and later are precisely the fetuses most in demand for experimental use. The liver, thymus, and bone marrow of an aborted infant, typically at gestational age 16 to 24 weeks, are sought for implantation into immunode-ficient rodents to construct so-called “humanized mice,” a living platform hosting a cellular human im-mune system for disease studies and drug testing.
https://en.wikipedia.org/wiki/Humanized_mouse
A humanized mouse or a humanized mouse model is one that has been xenotransplanted with human cells and/or engineered to express human gene products, so as to be utilized for gaining relevant insights in the in vivo context for understanding of human-specific physiology and pathologies.
https://en.wikipedia.org/wiki/Humanized_mouse#Infectious_diseases
https://en.wikipedia.org/wiki/Humanized_mouse#Cancers
https://en.wikipedia.org/wiki/Xenotransplantation
https://en.wikipedia.org/wiki/Xenotransplantation#Potential_uses
Xenotransplantation of human tumor cells into immunocompromised mice is a research technique frequently used in oncology research.[35] It is used to predict the sensitivity of the transplanted tumor to various cancer treatments; several companies offer this service, including the Jackson Laboratory.[36]
Human organs have been transplanted into animals as a powerful research technique for studying human biology without harming human patients. This technique has also been proposed as an alternative source of human organs for future transplantation into human patients.[37] For example, researchers from the Ganogen Research Institute transplanted human fetal kidneys into rats which demonstrated life supporting function and growth.[5]
You may have noticed that the latest biomedical breakthroughs are utilizing more and more humanized mice. But, what is a humanized mouse and why would scientists want to utilize this type of model?
Humanized mouse is a general term that refers to a mouse that has been engrafted with something from a human. This could be a short strand of human DNA, human tissue, a human tumor, a humanized immune system, or parts of the human microbiome.