A closer look at our technical directions, experimental platforms and published research records.
Bringing platforms, processes and applications together to support scientific research and technical collaboration.
Research and development in microchannel design, chip fabrication and experimental platforms for encapsulation. Exploring flow control, chip architecture and system assembly around specific research needs.
Exploring peptide-based materials and microfluidic approaches to micro/nano particles and encapsulation systems, with a research focus on food and drug delivery.
Technical consultation and research exchange in microfluidics, nanoformulations and biomaterials. Contact us to discuss chip design, experimental platforms and application-specific requirements.
Connecting channel design, particle assembly and structural characterization. Three research directions informed by the NBE study—and starting points for a conversation about your project.
How can microchannels influence particle assembly? The NBE study uses oscillatory shear to reorganize preformed particles, connecting flow design with delivery-system research.
Discuss channel design, platform development and experimental conditions.
Explore the researchBeyond encapsulation, RNA location within a particle matters. MIMAC explores distinct internal peripheral and core regions, and their relationship to release order and expression.
Discuss materials encapsulation, particle assembly and delivery research.
Explore the researchConnecting structural observation and functional evaluation. The study combines particle-size analysis, cryo-electron microscopy and imaging to explore structure, release and expression.
Discuss characterization methods, study design and interpretation.
Explore the researchPhotographs from the company’s 2023 project materials.
Li-in supports collaborative research on anthocyanin stability, peptide encapsulation and molecular interactions through research facilities or funding.
Explore food researchExplore how peptide binding and coassembly influence the physicochemical stability of environmentally sensitive anthocyanins.
Connect amphiphilic-peptide carrier assembly, peptide conformation and anthocyanin stability through encapsulation research.
Use molecular docking and dynamics to explore how tryptophan in peptide sequences participates in anthocyanin binding.
Selected publicly available patent records illustrate research directions involving the company.
CN110755645B · Grant publication: 2022 · Patent holder: Huzhou Li-in Biotechnology Co., Ltd.
CN111544347B · Grant publication: 2022 · Joint patent holders: Huaiyin Normal University, the Sericultural Research Institute of the Chinese Academy of Agricultural Sciences, and Huzhou Li-in Biotechnology Co., Ltd.
CN118806723A · Application publication: 2024 · Applicant: Huzhou Li-in Biotechnology Co., Ltd.
