A bioreactor is a large-scale engineered in vitro device that maintains a 3D arrangement of functioning cells for use in various bioengineering applications. The current work is focused on heat and mass transfer issues related to the bioreactor's ...
A bioreactor is a large-scale engineered in vitro device that maintains a 3D arrangement of functioning cells for use in various bioengineering applications. The current work is focused on heat and mass transfer issues related to the bioreactor's ...
The steady-state thermal response of solid materials is controlled by their thermal conductivity. For porous materials, the local thermal conductivity is difficult to use in the characterization of the overall thermal response and therefore, often...
The steady-state thermal response of solid materials is controlled by their thermal conductivity. For porous materials, the local thermal conductivity is difficult to use in the characterization of the overall thermal response and therefore, often...
Nanoparticles are an innovative platform for cancer treatment that reduces systemic toxicity and allows for active targeting of tumor sites to enhance the therapeutic efficacy. Mesoporous silica nanoparticles (MSNs) have emerged as an attractive d...
Nanoparticles are an innovative platform for cancer treatment that reduces systemic toxicity and allows for active targeting of tumor sites to enhance the therapeutic efficacy. Mesoporous silica nanoparticles (MSNs) have emerged as an attractive d...
The continued development of pharmaceutical recombinant proteins as therapeutics necessitates a full understanding of the biomolecular interactions impacting structural and functional protein stability within different environments. Two such envir...
The continued development of pharmaceutical recombinant proteins as therapeutics necessitates a full understanding of the biomolecular interactions impacting structural and functional protein stability within different environments. Two such envir...
The use of biomaterials as drug delivery systems (DDS) eliminates the adverse side effects of systemic drug administration. Silica-based bioceramics have been widely studied as DDS and demonstrated a unique ability for controlled drug release loca...
The use of biomaterials as drug delivery systems (DDS) eliminates the adverse side effects of systemic drug administration. Silica-based bioceramics have been widely studied as DDS and demonstrated a unique ability for controlled drug release loca...
Protein based drugs and therapeutics are an important treatment for many life-threatening diseases but they can also be extremely expensive. The unique 3-dimensional structure of a protein is responsible for its function but also contributes to it...
Protein based drugs and therapeutics are an important treatment for many life-threatening diseases but they can also be extremely expensive. The unique 3-dimensional structure of a protein is responsible for its function but also contributes to it...
A new dawn in Nigeria’s power generation landscape requires renewable energy development. Episodic power supply, and too frequent outages characterizes the centralized power grid in Nigeria, thus frustrating efforts towards economic development. T...
A new dawn in Nigeria’s power generation landscape requires renewable energy development. Episodic power supply, and too frequent outages characterizes the centralized power grid in Nigeria, thus frustrating efforts towards economic development. T...
A new dawn in Nigeria’s power generation landscape requires renewable energy development. Episodic power supply, and too frequent outages characterizes the centralized power grid in Nigeria, thus frustrating efforts towards economic development. T...
Fertility preservation would benefit young males who must undergo treatments that can result in sterilization, such as radiation treatments for cancer. This can be achieved by removing some testicular tissue before treatment and putting it into fr...
