Roadmap on holography

Sheridan, John T.; Kostuk, Raymond K.; Gil, Antonio Fimia; Wang, Y.; Lu, Wengao; Zhong, Haizheng; Tomita, Yasuo; Neipp, Cristian; Francés, Jorge; Gallego, Sergi; Pascual, Inmaculada; Marinova, Vera; Lin, Shiuan Huei; Hsu, Ken-Yuh; Bruder, Friedrich‐Karl; Hansen, Sven; Manecke, Christel; Meisenheimer, Richard; Rewitz, Christian; Rölle, Thomas; Одиноков, С. Б.; Matoba, Osamu; Kumar, Manoj; Quan, Xiangyu; Awatsuji, Yasuhiro; Wachulak, P.; Gorelaya, Alina V.; Sevryugin, Alexander; Shalymov, Egor V.; Venediktov, Vladimir Yu.; Chmelík, Radim; Ferrara, Maria Antonietta; Coppola, Giuseppe; Beléndez, Augusto; Yang, Wankou; Yuste, Rafael; Bianco, Andrea; Zanutta, Alessio; Falldorf, Claas; Healy, John J.; Fan, Xin; Hennelly, Bryan M.; Zhurminsky, Igor L.; Schnieper, Marc; Ferrini, R.; Fricke, Sören; Situ, Guohai; Wang, H.; Abdurashitov, Arkady S.; Tuchin, Valery V.; Petrov, Nikolay V.; Nomura, Takanori; Morim, Derek R.; Saravanamuttu, Kalaichelvi

doi:10.1088/2040-8986/abb3a4

Cited by 72 publications

(47 citation statements)

References 324 publications

(474 reference statements)

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“…In order to improve the quality of the 2D observations, we introduced the iQPI with a double-beam configuration. This arrangement provides accurate measurements of small details in cells since it does not suffer from coherence speckles and other artifacts as described by Chmelik 19 . Example imaging from this microscopy is illustrated in Fig.…”

Section: Resultsmentioning

confidence: 98%

Addressing cancer invasion and cell motility with quantitative light microscopy

Zicha

2022

Sci Rep

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The incidence of death caused by cancer has been increasing worldwide. The growth of cancer cells is not the main problem. The majority of deaths are due to invasion and metastasis, where cancer cells actively spread from primary tumors. Our inbred rat model of spontaneous metastasis revealed dynamic phenotype changes in vitro correlating with the metastatic potential in vivo and led to a discovery of a metastasis suppressor, protein 4.1B, which affects their 2D motility on flat substrates. Subsequently, others confirmed 4.1B as metastasis suppressor using knock-out mice and patient data suggesting mechanism involving apoptosis. There is evidence that 2D motility may be differentially controlled to the 3D situation. Here we show that 4.1B affects cell motility in an invasion assay similarly to the 2D system, further supporting our original hypothesis that the role of 4.1B as metastasis suppressor is primarily mediated by its effect on motility. This is encouraging for the validity of the 2D analysis, and we propose Quantitative Phase Imaging with incoherent light source for rapid and accurate testing of cancer cell motility and growth to be of interest for personalized cancer treatment as illustrated in experiments measuring responses of human adenocarcinoma cells to selected chemotherapeutic drugs.

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Section: Resultsmentioning

confidence: 98%

Addressing cancer invasion and cell motility with quantitative light microscopy

Zicha

2022

Sci Rep

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“…Odinokov, together with V. Yu. Venediktov, V. V. Tuchin, and I was the representative of research groups from Russia in compiling a Roadmap on holography, published in 2020 [49]. This work attracted a lot of attention among the holographic community, and soon, several more thematic roadmaps were released by other research groups [50,51].…”

Section: Concluding Passagementioning

confidence: 99%

A Tribute to Sergey Odinokov

Odinokova¹,

Kolyuchkin

Solomashenko

et al. 2022

Applied Sciences

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“…Photopolymers are being largely studied for holographic applications and in particular for volume phase holograms (lenses, data storage) [1][2][3][4] and devices (waveguides) 5,6 thanks to their appealing and unique properties [7][8][9] : their formulation is highly versatile, they can be deposited by means of different techniques in a wide range of thickness, the transfer of the holographic pattern is easy and the material does not require any cumbersome wet developing post-process (i.e. they are self-developing).…”

Section: Introductionmentioning

confidence: 99%

Cyclic allylic sulfide based photopolymer for holographic recording showing high refractive index modulation

Galli

Evans

Bertarelli

et al. 2021

Journal of Polymer Science

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The development and characterization of a new holographic photopolymer system showing high refractive index modulation (∆n) is presented. It exploits the ring‐opening polymerization reaction of a cyclic allylic sulfide (CAS) monomer, which is dispersed in a cellulose acetate butyrate (CAB) polymer matrix together with a blue sensitive radical photoinitiator. Volume Phase Holographic Gratings (VPHGs) obtained using these films show a very good fidelity of the transferred pattern, without deviations from the theoretical curves. A high ∆n is obtained due to the addition to this system of a tetrafunctional thiol crosslinker, which maximizes the material potential (formula limit) of the formulation. It also allows for a thermal post process of the gratings, further enhancing the ∆n. The photopolymer properties are evaluated as function of the monomer and thiol concentration to determine the optimal composition, at which a ∆n greater than 0.03 is obtained. This is a considerably high value in the field of photopolymers for holography and it enables the manufacturing of efficient holograms.

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Roadmap on holography

Cited by 72 publications

References 324 publications

Addressing cancer invasion and cell motility with quantitative light microscopy

Addressing cancer invasion and cell motility with quantitative light microscopy

A Tribute to Sergey Odinokov

Cyclic allylic sulfide based photopolymer for holographic recording showing high refractive index modulation

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