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Female Worker

XUYU, CHINA - MARCH 8, 2025 - A female worker controls a regenerative incinerator system at a production workshop of Jiangsu Yushi Film Technology Co., Ltd. in Xuyi, East China's Jiangsu province on March 8, 2025.

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Female Worker

XUYU, CHINA - MARCH 8, 2025 - A female worker controls a regenerative incinerator system at a production workshop of Jiangsu Yushi Film Technology Co., Ltd. in Xuyi, East China's Jiangsu province on March 8, 2025.

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Gunze aims to commercialize regenerative blood vessels

AYABE, Japan - Masakazu Suzuki, director of Gunze Ltd.'s quality of life research center, shows a tube for producing fiber-engineered blood vessels during a press tour of the facility in Ayabe, Kyoto Prefecture, western Japan, on Dec. 3, 2014. The apparel company aims to commercialize the world's first regenerative blood vessels in the United States by 2016.

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Transport container for stem cells

TOKYO, Japan - Kyoto University unveils to the press in Tokyo on Feb. 24, 2014, a prototype model of a transport container that can ensure stem cells for regenerative medicine are kept in sterile condition.

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Nobel laureate Yamanaka, industry minister Edano

TOKYO, Japan - Stem cell researcher Shinya Yamanaka (L) shakes hands with Economy, Trade and Industry Minister Yukio Edano ahead of their talks at the ministry in Tokyo on Oct. 19, 2012. Yamanaka, joint recipient of the 2012 Nobel Prize in medicine, said he wants to use more domestic devices and products in carrying out research in regenerative medicine, and asked the industry ministry to encourage the development of such equipment.

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CellSource logo

Keywords: CellSource, CellSource, bio-venture, regenerative medicine related business, pharmaceuticals, Jono Daichi, company, signboard, logo, logo mark = April 16, 2020, Shibuya Ward, Tokyo, Credit: Nikkan Kogyo Shimbun / Kyodo News Images

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CellSource logo

Keywords: CellSource, CellSource, bio-venture, regenerative medicine related business, pharmaceuticals, Jono Daichi, company, signboard, logo, logo mark = April 16, 2020, Shibuya Ward, Tokyo, Credit: Nikkan Kogyo Shimbun / Kyodo News Images

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CellSource logo

Keywords: CellSource, CellSource, bio-venture, regenerative medicine related business, pharmaceuticals, Jono Daichi, company, signboard, logo, logo mark = April 16, 2020, Shibuya Ward, Tokyo, Credit: Nikkan Kogyo Shimbun / Kyodo News Images

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Honda Electronics' ultrasonic microscope for cells

Honda Electronics and Prof. Naohiro Hozumi of Toyohashi University of Technology have developed an ultrasonic microscope that can observe the state of cultured cells as a continuous tomogram, and will build a prototype for commercialization by December, followed by evaluation of the microscope at Hamamatsu University of Medicine. They aim to commercialize the microscope within four years after the evaluation. The aim is to use the microscope in regenerative medicine and drug discovery. The developed ultrasound microscope for cell observation incorporates software for acoustic analysis method developed at Toyohashi University of Technology. By using the acoustic analysis method, it is possible to view the fault information of living cells without touching the cell culture medium. Image taken on June 3, 2019, location unknown, credit: Nikkan Kogyo Shimbun / Kyodo News Images

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Kyoto Univ., Takeda launch joint research

Kyoto University Professor and Nobel laureate Shinya Yamanaka (L) shakes hands with Takeda Pharmaceutical Co. President Christophe Weber in Fujisawa, near Tokyo, on Dec. 15, 2015, after announcing that they have launched a joint research project to develop regenerative medicines using iPS cells. (Kyodo) ==Kyodo

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M'bishi Chemical entering regenerative medicine market

Seiichi Kiso, president of Mitsubishi Chemical Holdings Corp.'s Life Science Institute Inc., speaks at a press conference in Tokyo on May 14, 2015. Mitsubishi Chemical Holdings announced it will enter the field of regenerative medicine. (Kyodo) ==Kyodo

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Kyoto Univ. institute ties up with Takeda for iPS cell research

Takeda Pharmaceutical Co. President Christophe Weber (L) and Kyoto University professor and Nobel laureate Shinya Yamanaka shake hands after a joint press conference in Tokyo on April 17, 2015. Takeda and the university's iPS cell research institute will launch a 10-year, 20 billion yen joint program to realize regenerative medicine and drug discovery using iPS cells. (Kyodo) ==Kyodo

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Toyobo to start clinical tests on bone regenerative material

A bone regenerative material, seen in this photo taken on April 6, 2015, will be subject to clinical tests from June in a joint project by textile maker Toyobo Co. and Tohoku University aiming for the product to hit the market in 2018 for use in dentistry and oral surgery. (Kyodo) ==Kyodo

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Japanese expert studies newts for clues to body parts regeneration

Chikafumi Chiba, associate professor at the University of Tsukuba, explains during an interview in Tsukuba, Ibaraki Prefecture, northeast of Tokyo, on Feb. 16, 2015, about his research on newts to uncover the mechanisms of the animal's regenerative abilities and to eventually apply findings to medical treatments for humans. (Kyodo) ==Kyodo

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Gunze aims to commercialize regenerative blood vessels

AYABE, Japan - Masakazu Suzuki, director of Gunze Ltd.'s quality of life research center, shows a tube for producing fiber-engineered blood vessels during a press tour of the facility in Ayabe, Kyoto Prefecture, western Japan, on Dec. 3, 2014. The apparel company aims to commercialize the world's first regenerative blood vessels in the United States by 2016. (Kyodo)

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Fujifilm to buy Takeda's chemical research unit for 155 bil. yen

Shigetaka Komori (L), chief executive officer of Fujifilm Holdings Corp., announces a plan to purchase Wako Pure Chemical Industries Ltd., the chemical research unit of Takeda Pharmaceutical Co., at a press conference in Tokyo on Dec. 15, 2016. Fuji will buy the Osaka-based Wako, Japan's top reagent maker, for roughly 154.7 billion yen ($1.3 billion) to enhance its pharmaceutical and regenerative medicine business. (Kyodo) ==Kyodo

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dried wood, timber, firewood, biomass

A children swing on apple tree and dried wood, timber, firewood, biomass, in Javorna, Pilsen Region, Czech Republic, September 18, 2020. (CTK Photo/Libor Sojka)

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Natural live edge round wood slab with growth rings, cross cut wood, texture

Natural live edge round wood slab with growth rings, cross cut wood, texture (CTK Photo/Libor Sojka)

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Natural live edge round wood slab with growth rings, cross cut wood, texture

Natural live edge round wood slab with growth rings, cross cut wood, texture (CTK Photo/Libor Sojka)

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sawbuck, homemade saw buck, DIY, cut, cutting wood

sawbuck, homemade saw buck, DIY, cut, cutting wood (CTK Photo/Libor Sojka)

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Natural live edge round wood slab with growth rings, cross cut wood, texture

Natural live edge round wood slab with growth rings, cross cut wood, texture (CTK Photo/Libor Sojka)

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Natural live edge round wood slab with growth rings, cross cut wood, texture

Natural live edge round wood slab with growth rings, cross cut wood, texture (CTK Photo/Libor Sojka)

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sawbuck, homemade saw buck, DIY, cut, cutting wood, Natural live edge round wood slab with growth rings, cross cut wood, t

sawbuck, homemade saw buck, DIY, cut, cutting wood, Natural live edge round wood slab with growth rings, cross cut wood, texture (CTK Photo/Libor Sojka)

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Natural live edge round wood slab with growth rings, cross cut wood, texture

Natural live edge round wood slab with growth rings, cross cut wood, texture (CTK Photo/Libor Sojka)

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Natural live edge round wood slab with growth rings, cross cut wood, texture

Natural live edge round wood slab with growth rings, cross cut wood, texture (CTK Photo/Libor Sojka)

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Natural live edge round wood slab with growth rings, cross cut wood, texture

Natural live edge round wood slab with growth rings, cross cut wood, texture (CTK Photo/Libor Sojka)

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Natural live edge round wood slab with growth rings, cross cut wood, texture

Natural live edge round wood slab with growth rings, cross cut wood, texture (CTK Photo/Libor Sojka)

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sawbuck, homemade saw buck, DIY, cut, cutting wood

sawbuck, homemade saw buck, DIY, cut, cutting wood (CTK Photo/Libor Sojka)

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sawbuck, homemade saw buck, DIY, cut, cutting wood

sawbuck, homemade saw buck, DIY, cut, cutting wood (CTK Photo/Libor Sojka)

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Natural live edge round wood slab with growth rings, cross cut wood, texture

Natural live edge round wood slab with growth rings, cross cut wood, texture (CTK Photo/Libor Sojka)

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Natural live edge round wood slab with growth rings, cross cut wood, texture

Natural live edge round wood slab with growth rings, cross cut wood, texture (CTK Photo/Libor Sojka)

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Natural live edge round wood slab with growth rings, cross cut wood, texture

Natural live edge round wood slab with growth rings, cross cut wood, texture (CTK Photo/Libor Sojka)

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Natural live edge round wood slab with growth rings, cross cut wood, texture

Natural live edge round wood slab with growth rings, cross cut wood, texture (CTK Photo/Libor Sojka)

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Natural live edge round wood slab with growth rings, cross cut wood, texture

Natural live edge round wood slab with growth rings, cross cut wood, texture (CTK Photo/Libor Sojka)

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Natural live edge round wood slab with growth rings, cross cut wood, texture

Natural live edge round wood slab with growth rings, cross cut wood, texture (CTK Photo/Libor Sojka)

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Natural live edge round wood slab with growth rings, cross cut wood, texture

Natural live edge round wood slab with growth rings, cross cut wood, texture (CTK Photo/Libor Sojka)

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Natural live edge round wood slab with growth rings, cross cut wood, texture

Natural live edge round wood slab with growth rings, cross cut wood, texture (CTK Photo/Libor Sojka)

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wood chips, woodchips, biomass

wood chips, woodchips, biomass, October 13, 2019. (CTK Photo/Libor Sojka)

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wood chips, woodchips, biomass

wood chips, woodchips, biomass, October 13, 2019. (CTK Photo/Libor Sojka)

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wood log, chips, woodchips, biomass

wood log, chips, woodchips, biomass, October 13, 2019. (CTK Photo/Libor Sojka)

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wood log, chips, woodchips, biomass

wood log, chips, woodchips, biomass, October 13, 2019. (CTK Photo/Libor Sojka)

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wood chips, woodchips, biomass

wood chips, woodchips, biomass, October 13, 2019. (CTK Photo/Libor Sojka)

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wood log, chips, woodchips, biomass

wood log, chips, woodchips, biomass, October 13, 2019. (CTK Photo/Libor Sojka)

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wood chips, woodchips, biomass

wood chips, woodchips, biomass, October 13, 2019. (CTK Photo/Libor Sojka)

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wood chips, woodchips, biomass

wood chips, woodchips, biomass, October 13, 2019. (CTK Photo/Libor Sojka)

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wood chips, woodchips, biomass

wood chips, woodchips, biomass, October 13, 2019. (CTK Photo/Libor Sojka)

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wood chips, woodchips, biomass

wood chips, woodchips, biomass, October 13, 2019. (CTK Photo/Libor Sojka)

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wood chips, woodchips, biomass

wood chips, woodchips, biomass, October 13, 2019. (CTK Photo/Libor Sojka)

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compressed wood chips and sawdust, wood pellet fuel, pellets, biomass, heating

compressed wood chips and sawdust, wood pellet fuel, pellets, biomass, heating (CTK Photo/Libor Sojka)

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compressed wood chips and sawdust, wood pellet fuel, pellets, biomass, heating

compressed wood chips and sawdust, wood pellet fuel, pellets, biomass, heating (CTK Photo/Libor Sojka)