摘要近年来, 面向生物组织大深度光学成像的方法不断发展, 其中包括光学相干层析,
多光子成像和自适应光学等. 介绍了浙江大学光电科学与工程学院近年来在生物组织大深度定量 …

Cytoskeleton remodeling which generates force and orchestrates signaling and trafficking to
govern cell migration remains poorly understood, partly due to a lack of an investigation tool …

Among all the structural formations, fiber-like structure is one of the most common modalities
in organisms that undertake essential functions. Alterations in spatial organization of fibrous …

Ovarian cancer has the highest mortality rate among all gynecological cancers, containing
complicated heterogeneous histotypes, each with different treatment plans and prognoses …

The cervix is a collagen-rich connective tissue that must remain closed during pregnancy
while undergoing progressive remodeling in preparation for delivery, which begins before …

The hypertrophic scar is an aberrant form of wound healing process, whose clinical efficacy
is limited by a lack of understanding of its pathophysiology. Remodeling of collagen and …

摘要回顾了光学领域在2022 年的重大进展, 盘点了光电子学, 光物理, 光物质相互作用,
光学材料与结构, 光学设计和仪器仪表, 光学信息采集和处理, 光子学交叉领域, 光源与强场激光 …

Whole‐organ imaging and characterization at a submicron level provide abundant
information on development and diseases while remaining a big challenge, especially in the …

Optics and photonics has penetrated into all aspects of people's life since the birth of laser.
This article starts with the 2022 major progress in the field of optics and photonics and draws …