Neurons are the functional and structural building blocks of the brain and the nervous
system and they are programmed to receive and process sensory information from the …

Photoacoustic (PA) imaging has been utilized to quantify the lifetime profile of exogenous
agents using a series of pump-probe pulses with a varying time delay; however, current …

Morphological and functional optoacoustic imaging is enhanced by dedicated transgene
reporters, in analogy to fluorescence methods. The development of optoacoustic reporters …

Functional optoacoustic (OA) imaging assisted with genetically encoded calcium ion
indicators (GECIs) holds promise for imaging large-scale neuronal activity at depths and …

Noninvasive molecular imaging makes the observation and comprehensive understanding
of complex biological processes possible. Photoacoustic imaging (PAI) is a fast evolving …

Imaging of small animals has played an indispensable role in preclinical research by
providing high dimensional physiological, pathological, and phenotypic insights with clinical …

Photoacoustic imaging has been used to determine the spatial distribution of fluorophores,
such as exogenous dyes and genetically expressed proteins, from images acquired in …

報導基因開啟了生物學研究的一個新的世代, 使得發育, 癌症與分子生物學以及細胞治療有著
突破性的進展. 活體細胞能利用螢光顯微鏡, 非侵入式活體影像系統, 正子攝影與磁核造影來進行 …

(57) ABSTRACT A non-contact photoacoustic spectrophotometry system is configured to
measure an absorption spectrum of a material. The system includes a modulated light …

Significance: Green-fluorescent protein (GFP)-like fluorescent proteins are used extensively
as genetic reporters in fluorescence imaging due to their distinctive ability to form …