Project
Human Practices
Dry Lab
Wet Lab
Inclusivity
Measurement
Plant
Sustainable
Our project contributes to synthetic biology in multiple ways through safety, in parts development and provide novel information. Our team worked to educate different groups of people about the broader concept of synthetic biology, its applications and risk factors, first aid and complication of burn. This included interested laypeople, students and some of the contacts we made through Human practice. Furthermore, we are confident in the potential of our synthetic biology endeavors to tackle intricate health issues. In our project, we intends to provide a new treatment called SONG-H (Stem cell-based Occlusive Nutritive Gel of Healing) based on local delivery of engineered mesenchymal stem cells (MSCs) with some bioactive materials in a hydrogel scaffold to achieve our ultimate goals which are:
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Our project contributes to synthetic biology in multiple ways through safety, in parts development, contribute as a proof of concept and provide novel information. Our team worked to educate different groups of people about the broader concept of synthetic biology, its applications and risk factors, first aid and complication of burn. This included interested laypeople, students and some of the contacts we made through Human practice. Furthermore, we are confident in the potential of our synthetic biology endeavors to tackle intricate health issues. In our project, we intends to provide a new treatment called SONG-H (Stem cell-based Occlusive Nutritive Gel of Healing) based on local delivery of engineered mesenchymal stem cells (MSCs) with some bioactive materials in a hydrogel scaffold to achieve our ultimate goals which are: Enhancing the speed of wound closure to reach a better cosmetic outcome. Preventing wound complications that would delay wound closure and affect the healing process.
Our project contributes to synthetic biology in multiple ways through safety, in parts development, contribute as a proof of concept and provide novel information. Our team worked to educate different groups of people about the broader concept of synthetic biology, its applications and risk factors, first aid and complication of burn. This included interested laypeople, students and some of the contacts we made through Human practice. Furthermore, we are confident in the potential of our synthetic biology endeavors to tackle intricate health issues. In our project, we intends to provide a new treatment called SONG-H (Stem cell-based Occlusive Nutritive Gel of Healing) based on local delivery of engineered mesenchymal stem cells (MSCs) with some bioactive materials in a hydrogel scaffold to achieve our ultimate goals which are: Enhancing the speed of wound closure to reach a better cosmetic outcome. Preventing wound complications that would delay wound closure and affect the healing process.
Our project contributes to synthetic biology in multiple ways through safety, in parts development, contribute as a proof of concept and provide novel information. Our team worked to educate different groups of people about the broader concept of synthetic biology, its applications and risk factors, first aid and complication of burn. This included interested laypeople, students and some of the contacts we made through Human practice. Furthermore, we are confident in the potential of our synthetic biology endeavors to tackle intricate health issues. In our project, we intends to provide a new treatment called SONG-H (Stem cell-based Occlusive Nutritive Gel of Healing) based on local delivery of engineered mesenchymal stem cells (MSCs) with some bioactive materials in a hydrogel scaffold to achieve our ultimate goals which are: Enhancing the speed of wound closure to reach a better cosmetic outcome. Preventing wound complications that would delay wound closure and affect the healing process.
Our project contributes to synthetic biology in multiple ways through safety, in parts development, contribute as a proof of concept and provide novel information. Our team worked to educate different groups of people about the broader concept of synthetic biology, its applications and risk factors, first aid and complication of burn. This included interested laypeople, students and some of the contacts we made through Human practice. Furthermore, we are confident in the potential of our synthetic biology endeavors to tackle intricate health issues. In our project, we intends to provide a new treatment called SONG-H (Stem cell-based Occlusive Nutritive Gel of Healing) based on local delivery of engineered mesenchymal stem cells (MSCs) with some bioactive materials in a hydrogel scaffold to achieve our ultimate goals which are: Enhancing the speed of wound closure to reach a better cosmetic outcome. Preventing wound complications that would delay wound closure and affect the healing process.
Our project contributes to synthetic biology in multiple ways through safety, in parts development, contribute as a proof of concept and provide novel information. Our team worked to educate different groups of people about the broader concept of synthetic biology, its applications and risk factors, first aid and complication of burn. This included interested laypeople, students and some of the contacts we made through Human practice. Furthermore, we are confident in the potential of our synthetic biology endeavors to tackle intricate health issues. In our project, we intends to provide a new treatment called SONG-H (Stem cell-based Occlusive Nutritive Gel of Healing) based on local delivery of engineered mesenchymal stem cells (MSCs) with some bioactive materials in a hydrogel scaffold to achieve our ultimate goals which are: Enhancing the speed of wound closure to reach a better cosmetic outcome. Preventing wound complications that would delay wound closure and affect the healing process.
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| Description | Value | Units | Reference | |
|---|---|---|---|---|
| K1 | Rate of expression of external domain (CCP1) Syn-Notch receptor | 0.001 | day-1 × cell-1 | [1] |
| K2 | Reciprocal rate of degradation of MSCs | 15 | Days-1 | [2] |
| K3 | Rate of formation on Syn-Notch receptor on MSCs | 0.033 | Days-1 | [1] |
| K4 | Rate of the binding state between S and B | 0.000411 | day-1 × cell-1 | [3] |
| K5 | Reciprocal rate of degradation of autoreactive B-cell | 30 | Days | [4] |
| K8 | Rate of dissociation of the binding state | 0.001 | day-1 | [-] |
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