Brochure of the NightSHADE evo LB 985N In Vivo Plant Imaging System
EN | PDF | 884.6 KB
Download nowThe NightSHADE evo uses an ultra-sensitive back-illuminated (backlit) CCD camera with high quantum efficiency over the entire visible to near-infrared spectrum. Efficient cooling to a delta of -100°C ensures the lowest background and highest sensitivity for long exposure times. The camera can be mounted either on top of the instrument to take images from above or laterally for side view images enabling the seedlings to maintain upright in their natural vertical orientation.
The NightSHADE evo helps creating a standardized environment for your experiment.
The NightSHADE evo provides a light-tight imaging chamber that you can set up according to your experimental needs:
The user-friendly IndiGO™ software controls the instrument and makes image processing easy. It provides the following innovative features:
Daylight simulation: a set of 2 LED panels, 4 colors each can be mounted at different heights inside the imaging chamber for daylight simulation. With IndiGO™ software you can control intensity and duration of each color individually to provide homogeneous illumination up to 1,800 μE or 15,000 Lux.
The NightSHADE evo In Vivo Imaging System for plants is a very flexible instrument, and its range of applications is really broad. Some of the most popular ones are:
Improve your plant imaging skills and tackle common challenges with this expert guide into the latest techniques, technologies and applications, including circadian rhythm research and pathogen and stress monitoring.
Learn more about an experimental setup that improves data quality, reduces luminescence variation between replicates and highly correlates with modelling predictions.
See how to combine imaging of the prompt fluorescence of a transgenic pathogen with imaging of the delayed fluorescence of chlorophyll to follow the infection.
Camera type | Back-lit midband-coated full frame chip, 1024 x 1024 pixel, slow scan mode | |
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Pixel size | 13 x 13 µm | |
Spectral range | 350-1050 nm | |
Quantum efficiency | 90% at 620 nm | |
Pixel binning | Variable to increase sensitivity, up to 16x16 | |
Exposure times | From ms to hours | |
CCD cooling | Thermoelectrical air cooling down to -70° C |
Size | 25 mm, f 0.95 C-mount for most efficient light collection |
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Field of view | Standard lens: 270 x 270 mm Macro lens: 130 x 130 mm |
Lamp type | 75 W halogen lamp |
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Spectral range | 340-750 nm |
Inner dimensions | 520 x 400 x 360 (W x H x D) |
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Connections | Flange for light tight port, mounting areas for side view mounting option and LED panels, software-controlled mains socket. |
Power Supply | 110-240 V, 50/60 Hz; max 400 VA; minimum 4 free sockets |
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Temperature range | Max 30° C |
Humidity | 10-80%, non-condensing |
Bench | Load capacity of at least 45 kg (weight of instrument); minimum size 900 x 600 mm (W x D) plus space for PC |
Software | IndiGO™ software for instrument control and data analysis |
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Interface | USB 3.0 |
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Regulations | CE, EN |
Dimensions (W x D x H) | 600 x 400 x 920 mm |
Weight | 45 kg |
Brochure of the NightSHADE evo LB 985N In Vivo Plant Imaging System
EN | PDF | 884.6 KB
Download nowImprove your plant imaging skills and tackle common challenges with this expert…
EN | PDF | 2.7 MB
Download nowImproved experimental setup for analysis of circadian rhythms using the…
PDF | 410.3 KB
Download nowIn this application note, imaging of delayed fluorescence and of ultra-weak…
EN | PDF | 458.7 KB
Download nowIn this application note, the ability of the NightSHADE evo In Vivo Plant…
EN | PDF | 567.9 KB
Download nowIn this application note we test the imaging of delayed fluorescence with the…
EN | PDF | 448.8 KB
Download nowIn this application note, imaging of the prompt fluorescence of a transgenic…
EN | PDF | 501.0 KB
Download nowThis application note describes how the NightSHADE In Vivo Plant Imaging System…
EN | PDF | 394.7 KB
Download nowUser Manual of the NightSHADE evo In Vivo Plant Imaging System
EN | PDF | 6.1 MB
Download nowBrochure of the NightSHADE evo LB 985N In Vivo Plant Imaging System
EN | PDF | 884.6 KB
Download nowImprove your plant imaging skills and tackle common challenges with this expert…
EN | PDF | 2.7 MB
Download nowImproved experimental setup for analysis of circadian rhythms using the…
PDF | 410.3 KB
Download nowIn this application note, imaging of delayed fluorescence and of ultra-weak…
EN | PDF | 458.7 KB
Download nowIn this application note, the ability of the NightSHADE evo In Vivo Plant…
EN | PDF | 567.9 KB
Download nowIn this application note we test the imaging of delayed fluorescence with the…
EN | PDF | 448.8 KB
Download nowIn this application note, imaging of the prompt fluorescence of a transgenic…
EN | PDF | 501.0 KB
Download nowThis application note describes how the NightSHADE In Vivo Plant Imaging System…
EN | PDF | 394.7 KB
Download nowUser Manual of the NightSHADE evo In Vivo Plant Imaging System
EN | PDF | 6.1 MB
Download nowThere are plenty of articles in the scientific literature using the NightSHADE in vivo plant imaging system. Here you have a selection of recent papers.
Year | Authors | Journal | Title |
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2024 | Angel Orts, Salvadora Navarro-Torre, Sandra Macías-Benítez, José M Orts, Emilia Naranjo, Angélica Castaño, Juan Parrado | BMC Plant Biology | |
2022 | Yan-Mei Wu, Yu-Jiao Ma, Min Wang, Huan Zhou, Zhi-Meng Gan, Ren-Fang Zeng, Li-Xia Ye, Jing-Jing Zhou, Jin-Zhi Zhang, and Chun-Gen Hu | Horticulture Research | |
2022 | Chen Hao, Yanzhi Yang, Jianmei Du, Xing Wang Deng, and Lei Li | PNAS | The PCY-SAG14 phytocyanin module regulated by PIFs and miR408 promotes dark-induced leaf senescence in Arabidopsis |
2021 | Baiqiang Yan, Zongju Yang, Guanhua He, Yexing Jing, Huixue Dong, Lan Ju, Yunwei Zhang, Yingfang Zhu, Yun Zhou, and Jiaqiang Sun | Plant Communications | |
2021 | Hong Zhao, Yanzhai Song, Junhui Li, Yue Zhang, Huaqiu Huang, Qun Li, Yu’e Zhang, and Yongbiao Xue | The New Phytologist | |
2021 | Yeting Sun, Xiaoyan Zhao, Xiulan Xu, Yue Ma, Hongyang Guan, Hao Liang, and Dan Wang | Scientific Reports | |
2020 | Laura Medina-Puche, Huang Tan, Vivek Dogra, Mengshi Wu, Tabata Rosas-Diaz, Liping Wang, Xue Ding, Dan Zhang, Xing Fu, Chanhong Kim, and Rosa Lozano-Duran | Cell | A Defense Pathway Linking Plasma Membrane and Chloroplasts and Co-opted by Pathogens |
2020 | Ildikó Jócsák, Isaac Malgwi, Gyula Rabnecz, Anita Szegő, Éva Varga-Visi,György Végvári*, Zsolt Pónya | PLoS One | |
2020 | Jian Li, William Terzaghi, Yanyan Gong, Congran Li, Jun-Jie Ling, Yangyang Fan, Nanxun Qin, Xinqi Gong, Danmeng Zhu & Xing Wang Deng | Nature Communications | Modulation of BIN2 kinase activity by HY5 controls hypocotyl elongation in the light |
2019 | Keqin Chen, Mengru Song, Yunna Guo, Lifu Liu, Hao Xue, Hongyan Dai, and Zhihong Zhang | Plant Biotechnology Journal | |
2019 | Huixue Dong, Suli Yan, Jie Liu, Pan Liu and Jiaqiang Sun | Plant Biotechnology Journal | TaCOLD1 defines a new regulator of plant height in bread wheat |
2019 | Heshan Du, Changlong Wen, Xiaofen Zhang, Xiulan Xu, Jingjing Yang, Bin Chen * and Sansheng Geng * | International Journal of Molecular Sciences | |
2019 | Yexing Jing, Jie Liu, Pan Liu, Dongfeng Ming & Jiaqiang Sun | Scientific Reports | |
2019 | Yuan Lin, Fanli Meng, Chao Fang, Bo Zhu and Jiming Jiang | Plant Methods | Rapid validation of transcriptional enhancers using agrobacterium‑mediated transient assay |
2018 | Louise F. Thatcher, Rhonda Foley, Hayley J. Casarotto, Ling-Ling Gao, Lars G. Kamphuis, Su Melser & Karam B. Singh | Scientific Reports | |
2017 | Francesco Pini, Alison K. East, Corinne Appia-Ayme, Jakub Tomek, Ramakrishnan Karunakaran, Marcela Mendoza-Suárez, Anne Edwards, Jason J. Terpolilli, Joshua Roworth, J. Allan Downie, Philip S. Poole | Plant Physiology | Bacterial Biosensors for in Vivo Spatiotemporal Mapping of Root Secretion |
We have collected the most interesting articles using the NightSHADE until August 2023, sorted by application, in a document that you can download using the button at the right.
In addition, you can find other publications in publication databases.