Li, Shengqing
Zhang, Xiyun
Hu, Guoyuan
Li, Shuping
Li, Zhining
Fan, Yuxia
Zhang, Yanming
Article History
Received: 11 September 2020
Accepted: 5 February 2021
First Online: 18 February 2021
Competing interests
: The protein is highly variable and loses its activity under the conditions of illumination, acid–base condition and high temperature. Through the biomimetic mineralization technology of this experiment, the toxin protein can be significantly improved in temperature tolerance, which greatly reduces the required cold chain conditions to preservation and transportation of protein products. In this paper, the biomimetic mineralization technology was first applied to the protection study of botulinum toxin type D protein. At present, although there are many studies on biomimetic mineralization technology, there is little research on the protection of botulinum toxin proteins, so there is no conflict of interest with other studies.