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DYNAMICS AND FLUCTUATIONS IN BIOMEDICAL PHOTONICS XXIII

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论文数18
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期刊论文 18
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Real-time choroidal blood perfusion imaging using laser speckle flowgraphy with eigen-decomposition基于特征分解的激光散斑血流图实时脉络膜血流灌注成像
deleteDYNAMICS AND FLUCTUATIONS IN BIOMEDICAL PHOTONICS XXIII
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deleteSu, Louis; Zhao, Qingliang; Liang, Junqiang; Le, Hoan; Xu, Jingjiang; Shi, Yaping; Wang, Ruikang K.
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Non-invasive Mechanical Profiling of Breast Cancer Cells-Laden 3D Hydrogels Using Dynamic Optical Coherence Tomography利用动态光学相干层析技术对负载乳腺癌细胞的3D水凝胶进行非侵入式机械特性表征
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deleteRakhmon-Zoda, Sevinch; John, Pauline; Zam, Azhar
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Real-Time Monitoring of Dynamic Reflectance Using a Compact Multispectral Imaging and Machine Learning System利用紧凑型多光谱成像和机器学习系统对动态反射率进行实时监测
deleteDYNAMICS AND FLUCTUATIONS IN BIOMEDICAL PHOTONICS XXIII
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delete2026-01-01
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deleteTang, Guojun; Zheng, Iris; Teal, Paul D.; Zhang, Fang Lue; Doronin, Alexander
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High-Fidelity 3D Monte Carlo Modeling of Melanoma-Affected Skin: Addressing Variability in Optical Properties using Machine Learning高保真3D蒙特卡罗模型模拟黑色素瘤影响下的皮肤：利用机器学习解决光学特性变异问题
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deleteVasilieva, Elena; Diaz Tovar, Johan S.; Martinelli, Leticia P.; Moriyama, Lilian Tan; Kurachi, Cristina; Doronin, Alexander
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Tartrazine-Based Optical Clearing to Enable Deep Imaging of Murine Embryos with Optical Coherence Tomography酒石黄基光学透明化以实现光学相干层析成像对小鼠胚胎的深度成像
deleteDYNAMICS AND FLUCTUATIONS IN BIOMEDICAL PHOTONICS XXIII
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delete2026-01-01
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deleteKlein, James L.; Karim, Md Mobarak; Madamanchi, Geethangili; Hatami, Maryam; Zevallos-Delgado, Christian; Singh, Manmohan; Aglyamov, Salavat R.; Larin, Kirill V.
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Photoplethysmographic Pulse Decomposition Analysis for Stiffness Differentiation in Microfluidic Phantoms微流控仿体中光体积变化描记脉搏分解分析用于刚度区分
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deleteFerdinando, H.; Heininen, J.; Petaja, J.; Rannaste, L.; Ranta-Lassila, A.; Korkalainen, M.; Behfar, M.; Hiltunen, J.; Popov, A.; Myllyla, T.
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Monitoring Cerebral Dynamics Using Sweeping Non-linear Coherent Hemodynamics Spectroscopy Model使用扫频非线性相干血液动力学光谱模型监测脑动态
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deleteSoltani, Nima; Mohindra, Rohit; Lin, Steve; Toronov, Vladislav
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Achieving Optical Transparency in Human Skin with Absorbing Molecules在人类皮肤中实现光学透明度与吸收分子
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deleteMyung, Dominic; Zhao, Su; Manning, Emilie C. H.; Brongersma, Mark; Winetraub, Yonatan; Sarin, Kavita; Hong, Guosong
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Non-invasive sensing of intracranial water in cerebrospinal fluid and blood by near-infrared spectroscopy通过近红外光谱技术非侵入性检测脑脊液和血液中的颅内水含量
deleteDYNAMICS AND FLUCTUATIONS IN BIOMEDICAL PHOTONICS XXIII
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delete2026-01-01
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deleteMyllyla, Teemu; Haikio, Tea; Ferdinando, Hany; Moradi, Sadegh; Kiviniemi, Vesa; Eklund, Lauri; Kaakinen, Mika
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Methodology for enhanced optical signal acquisition in wearable cardiovascular monitoring: initial findings可穿戴心血管监测中增强光学信号采集的方法：初步发现
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deletede Bont, Micha; Knop, Tom; Fredriksson, Ingemar; Steenbergen, Wiendelt; Bhattacharya, Nandini; Chizari, Ata
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Hilbert-Initialized Hybrid Phase Retrieval for Optical Vortex Analysis in Speckle Imaging希伯特初始化混合相位恢复技术在散斑成像中的光学涡旋分析
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deleteAlimohammadi, Sepideh; Kirkpatrick, Sean J.
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High-speed multi-contrast dynamic OCT by using deep learning基于深度学习的高速多对比度动态OCT
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deleteLiu, Yusong; Abd El-Sadek, Ibrahim; Morishita, Rion; Padungatthakij, Chettanat; Furukawa, Atsuko; Matsusaka, Satoshi; Yasuno, Yoshiaki
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Low frequency modulation enhances sensitivity when using acousto-optic technique for monitoring focused ultrasound tissue effects低频调制在利用声光技术监测聚焦超声组织效应时能提高灵敏度
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deleteRahayu, Triana; Omidali, Mohammadreza; Ferdinando, Hany; Myllyla, Teemu
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Controlled tissue restoration by laser creating microdefects通过激光创建微缺陷实现可控的组织修复
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deleteSobol, Emil N.; Vinokur, Valerii M.
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Applying New Dynamic Models to Near-Infrared Spectroscopy Measurements of Cerebral Changes将新动态模型应用于脑部变化的近红外光谱测量
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deleteSoltani, Nima; Milej, Daniel; St Lawrence, Keith; Toronov, Vladislav
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Biomedical Applications of two-Foci Cross-Correlation technique in Massively Parallel Fluorescence Correlation Spectroscopy双焦点互相关技术在大规模并行荧光相关光谱中的生物医学应用
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deleteNikolic, Stanko N.; Oasa, Sho; Krmpot, Aleksandar J.; Terenius, Lars; Belic, Milivoj R.; Vukojevic, Vladana
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Lactate levels show a consistent pattern when using a correlation heat map for wavelength ratio between 1000-1100 nm and 640-680 nm乳酸水平在波长比（1000-1100 nm与640-680 nm）的相关性热图中显示出一致的模式
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deleteTabell, E.; Ferdinand, H.; Valtonen, R.; Kogler, M.; Alajoki, T.; Hiltunen, J.; Tulppo, M.; Myllyla, T.
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In vivo birefringence mapping of human gingiva using polarization-sensitive OCT利用偏振敏感OCT对人类牙龈进行活体双折射成像
deleteDYNAMICS AND FLUCTUATIONS IN BIOMEDICAL PHOTONICS XXIII
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deleteShang, Chenyu; Liu, Cong; Shi, Yaping; Xu, Jingjiang; Gong, Zhaoyu; Zhao, Qingliang; Yuan, Wu; Wang, Ruikang K.
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