To prepare a stable high selective and high permeable membrane and, in addition, also cheap, is the dream of most scientists dealing with the membrane technology.
Considering the economy, it is very important for petroleum industries to maximize the oil content as well as minimize the requirement of surfactant to prepare a stable emulsion with acceptable viscosity and pour point.
Published preparation methods provide only a portion of the information needed to consistently prepare a stable potent final compounded preparations.
Therefore, it is suggested to prepare a stable nano-fluid using SDS as stabilizer, and use the nano-fluid instead of water for facilitating the HFP.
The objective of the present study was to prepare a stable iv injectable formulation of ascorbic acid and α-tocopherol in preventing the cerebral ischemia.
Verification is a critical step to prepare a stable artificial antigen through the whole process.
Therefore, it is important to find the minimum surfactant concentration required to prepare a stable oil water emulsion.
To prepare a stable small size CuNPs, different parameters such as concentrations of gelatin, concentrations of CuSO4, volume of NaOH, and volume of hydrazine were investigated.
Thus, it is difficult to prepare a stable astrocyte-conditioned medium having substantially uniform quality.
By designing and preparing a stable essential oil nanoformulation, against dilution, which takes the advantage of lesser volatile properties.
To evaluate binding affinities of the MAb against ROBO1, we prepared a stable ROBO1-expressing cell line and a soluble form of the ROBO1 (sROBO) protein.
