ContLight_rpi14_2020-01-08_1_Plant1 | 3702 | mouse-ear cress | thale cress | Arabidopsis thaliana | Description:Temporal sequence of images used by Ch... Collection date:2020-01-08 Tissue:root [PO:0009005] ...
Description:Temporal sequence of images used by ChronoRoot for root segmentation analysis - continuous light. ContLight_rpi14_2020-01-08_1_Plant1 Collection date:2020-01-08 Tissue:root [PO:0009005] Growth temperature:22°C Growth med:Half-strength Murashige and Skoog media (1/2 MS) (Duchefa, Netherlands) on 0.8% plant agar (Duchefa, Netherlands) Subspecific genetic lineage:Col-0 Amount or size of sample collected:Four seeds were used per plate. Isolation and growth condition:Arabidopsis thaliana ecotype Col-0 seeds were surface sterilized and stratified at 4°C for 2d before being grown in continuous light (24h light, 140_Em–2s–1) at 22°C. Exp-Scan method:Time-lapse photography Exp-Scanner:3D printed ChronoRoot module mounted in a plant growth chamber. Each module consists of a Raspberry Pi (v3)-embedded computer controlling four fixed-zoom and fixed-focus cameras (RaspiCam v2), and an array of infrared (IR) LED back-light. Exp-Scan parameters:Images were captured every 15 minutes with 1632 frames captured over a 17-day period. After processing the time-lapse image data, footage from the first 3 days prior to seed germination were discarded from the image analysis results. IR back-light (850 nm) and long pass IR filters (> 830 nm) allow acquisition of images of the same quality independently from the light conditions required for the experiment, during day and night. Exp-Scan resolution:12cm x 12 cm plate for seedling growth, allowing automatic image acquisition + |
ContLight_rpi14_2020-01-08_1_Plant2 | 3702 | mouse-ear cress | thale cress | Arabidopsis thaliana | Description:Temporal sequence of images used by Ch... Collection date:2020-01-08 Tissue:root [PO:0009005] ...
Description:Temporal sequence of images used by ChronoRoot for root segmentation analysis - continuous light. ContLight_rpi14_2020-01-08_1_Plant2 Collection date:2020-01-08 Tissue:root [PO:0009005] Growth temperature:22°C Growth med:Half-strength Murashige and Skoog media (1/2 MS) (Duchefa, Netherlands) on 0.8% plant agar (Duchefa, Netherlands) Subspecific genetic lineage:Col-0 Amount or size of sample collected:Four seeds were used per plate. Isolation and growth condition:Arabidopsis thaliana ecotype Col-0 seeds were surface sterilized and stratified at 4°C for 2d before being grown in continuous light (24h light, 140_Em–2s–1) at 22°C. Exp-Scan method:Time-lapse photography Exp-Scanner:3D printed ChronoRoot module mounted in a plant growth chamber. Each module consists of a Raspberry Pi (v3)-embedded computer controlling four fixed-zoom and fixed-focus cameras (RaspiCam v2), and an array of infrared (IR) LED back-light. Exp-Scan parameters:Images were captured every 15 minutes with 1632 frames captured over a 17-day period. After processing the time-lapse image data, footage from the first 3 days prior to seed germination were discarded from the image analysis results. IR back-light (850 nm) and long pass IR filters (> 830 nm) allow acquisition of images of the same quality independently from the light conditions required for the experiment, during day and night. Exp-Scan resolution:12cm x 12 cm plate for seedling growth, allowing automatic image acquisition + |
ContLight_rpi14_2020-01-08_1_Plant3 | 3702 | mouse-ear cress | thale cress | Arabidopsis thaliana | Description:Temporal sequence of images used by Ch... Collection date:2020-01-08 Tissue:root [PO:0009005] ...
Description:Temporal sequence of images used by ChronoRoot for root segmentation analysis - continuous light. ContLight_rpi14_2020-01-08_1_Plant3 Collection date:2020-01-08 Tissue:root [PO:0009005] Growth temperature:22°C Growth med:Half-strength Murashige and Skoog media (1/2 MS) (Duchefa, Netherlands) on 0.8% plant agar (Duchefa, Netherlands) Subspecific genetic lineage:Col-0 Amount or size of sample collected:Four seeds were used per plate. Isolation and growth condition:Arabidopsis thaliana ecotype Col-0 seeds were surface sterilized and stratified at 4°C for 2d before being grown in continuous light (24h light, 140_Em–2s–1) at 22°C. Exp-Scan method:Time-lapse photography Exp-Scanner:3D printed ChronoRoot module mounted in a plant growth chamber. Each module consists of a Raspberry Pi (v3)-embedded computer controlling four fixed-zoom and fixed-focus cameras (RaspiCam v2), and an array of infrared (IR) LED back-light. Exp-Scan parameters:Images were captured every 15 minutes with 1632 frames captured over a 17-day period. After processing the time-lapse image data, footage from the first 3 days prior to seed germination were discarded from the image analysis results. IR back-light (850 nm) and long pass IR filters (> 830 nm) allow acquisition of images of the same quality independently from the light conditions required for the experiment, during day and night. Exp-Scan resolution:12cm x 12 cm plate for seedling growth, allowing automatic image acquisition + |
ContLight_rpi14_2020-01-08_2_Plant1 | 3702 | mouse-ear cress | thale cress | Arabidopsis thaliana | Description:Temporal sequence of images used by Ch... Collection date:2020-01-08 Tissue:root [PO:0009005] ...
Description:Temporal sequence of images used by ChronoRoot for root segmentation analysis - continuous light. ContLight_rpi14_2020-01-08_2_Plant1 Collection date:2020-01-08 Tissue:root [PO:0009005] Growth temperature:22°C Growth med:Half-strength Murashige and Skoog media (1/2 MS) (Duchefa, Netherlands) on 0.8% plant agar (Duchefa, Netherlands) Subspecific genetic lineage:Col-0 Amount or size of sample collected:Four seeds were used per plate. Isolation and growth condition:Arabidopsis thaliana ecotype Col-0 seeds were surface sterilized and stratified at 4°C for 2d before being grown in continuous light (24h light, 140_Em–2s–1) at 22°C. Exp-Scan method:Time-lapse photography Exp-Scanner:3D printed ChronoRoot module mounted in a plant growth chamber. Each module consists of a Raspberry Pi (v3)-embedded computer controlling four fixed-zoom and fixed-focus cameras (RaspiCam v2), and an array of infrared (IR) LED back-light. Exp-Scan parameters:Images were captured every 15 minutes with 1632 frames captured over a 17-day period. After processing the time-lapse image data, footage from the first 3 days prior to seed germination were discarded from the image analysis results. IR back-light (850 nm) and long pass IR filters (> 830 nm) allow acquisition of images of the same quality independently from the light conditions required for the experiment, during day and night. Exp-Scan resolution:12cm x 12 cm plate for seedling growth, allowing automatic image acquisition + |
ContLight_rpi14_2020-01-08_2_Plant2 | 3702 | mouse-ear cress | thale cress | Arabidopsis thaliana | Description:Temporal sequence of images used by Ch... Collection date:2020-01-08 Tissue:root [PO:0009005] ...
Description:Temporal sequence of images used by ChronoRoot for root segmentation analysis - continuous light. ContLight_rpi14_2020-01-08_2_Plant2 Collection date:2020-01-08 Tissue:root [PO:0009005] Growth temperature:22°C Growth med:Half-strength Murashige and Skoog media (1/2 MS) (Duchefa, Netherlands) on 0.8% plant agar (Duchefa, Netherlands) Subspecific genetic lineage:Col-0 Amount or size of sample collected:Four seeds were used per plate. Isolation and growth condition:Arabidopsis thaliana ecotype Col-0 seeds were surface sterilized and stratified at 4°C for 2d before being grown in continuous light (24h light, 140_Em–2s–1) at 22°C. Exp-Scan method:Time-lapse photography Exp-Scanner:3D printed ChronoRoot module mounted in a plant growth chamber. Each module consists of a Raspberry Pi (v3)-embedded computer controlling four fixed-zoom and fixed-focus cameras (RaspiCam v2), and an array of infrared (IR) LED back-light. Exp-Scan parameters:Images were captured every 15 minutes with 1632 frames captured over a 17-day period. After processing the time-lapse image data, footage from the first 3 days prior to seed germination were discarded from the image analysis results. IR back-light (850 nm) and long pass IR filters (> 830 nm) allow acquisition of images of the same quality independently from the light conditions required for the experiment, during day and night. Exp-Scan resolution:12cm x 12 cm plate for seedling growth, allowing automatic image acquisition + |
ContLight_rpi14_2020-01-08_3_Plant1 | 3702 | mouse-ear cress | thale cress | Arabidopsis thaliana | Description:Temporal sequence of images used by Ch... Collection date:2020-01-08 Tissue:root [PO:0009005] ...
Description:Temporal sequence of images used by ChronoRoot for root segmentation analysis - continuous light. ContLight_rpi14_2020-01-08_3_Plant1 Collection date:2020-01-08 Tissue:root [PO:0009005] Growth temperature:22°C Growth med:Half-strength Murashige and Skoog media (1/2 MS) (Duchefa, Netherlands) on 0.8% plant agar (Duchefa, Netherlands) Subspecific genetic lineage:Col-0 Amount or size of sample collected:Four seeds were used per plate. Isolation and growth condition:Arabidopsis thaliana ecotype Col-0 seeds were surface sterilized and stratified at 4°C for 2d before being grown in continuous light (24h light, 140_Em–2s–1) at 22°C. Exp-Scan method:Time-lapse photography Exp-Scanner:3D printed ChronoRoot module mounted in a plant growth chamber. Each module consists of a Raspberry Pi (v3)-embedded computer controlling four fixed-zoom and fixed-focus cameras (RaspiCam v2), and an array of infrared (IR) LED back-light. Exp-Scan parameters:Images were captured every 15 minutes with 1632 frames captured over a 17-day period. After processing the time-lapse image data, footage from the first 3 days prior to seed germination were discarded from the image analysis results. IR back-light (850 nm) and long pass IR filters (> 830 nm) allow acquisition of images of the same quality independently from the light conditions required for the experiment, during day and night. Exp-Scan resolution:12cm x 12 cm plate for seedling growth, allowing automatic image acquisition + |
ContLight_rpi14_2020-01-08_3_Plant2 | 3702 | mouse-ear cress | thale cress | Arabidopsis thaliana | Description:Temporal sequence of images used by Ch... Collection date:2020-01-08 Tissue:root [PO:0009005] ...
Description:Temporal sequence of images used by ChronoRoot for root segmentation analysis - continuous light. ContLight_rpi14_2020-01-08_3_Plant2 Collection date:2020-01-08 Tissue:root [PO:0009005] Growth temperature:22°C Growth med:Half-strength Murashige and Skoog media (1/2 MS) (Duchefa, Netherlands) on 0.8% plant agar (Duchefa, Netherlands) Subspecific genetic lineage:Col-0 Amount or size of sample collected:Four seeds were used per plate. Isolation and growth condition:Arabidopsis thaliana ecotype Col-0 seeds were surface sterilized and stratified at 4°C for 2d before being grown in continuous light (24h light, 140_Em–2s–1) at 22°C. Exp-Scan method:Time-lapse photography Exp-Scanner:3D printed ChronoRoot module mounted in a plant growth chamber. Each module consists of a Raspberry Pi (v3)-embedded computer controlling four fixed-zoom and fixed-focus cameras (RaspiCam v2), and an array of infrared (IR) LED back-light. Exp-Scan parameters:Images were captured every 15 minutes with 1632 frames captured over a 17-day period. After processing the time-lapse image data, footage from the first 3 days prior to seed germination were discarded from the image analysis results. IR back-light (850 nm) and long pass IR filters (> 830 nm) allow acquisition of images of the same quality independently from the light conditions required for the experiment, during day and night. Exp-Scan resolution:12cm x 12 cm plate for seedling growth, allowing automatic image acquisition + |
ContLight_rpi14_2020-01-08_3_Plant3 | 3702 | mouse-ear cress | thale cress | Arabidopsis thaliana | Description:Temporal sequence of images used by Ch... Collection date:2020-01-08 Tissue:root [PO:0009005] ...
Description:Temporal sequence of images used by ChronoRoot for root segmentation analysis - continuous light. ContLight_rpi14_2020-01-08_3_Plant3 Collection date:2020-01-08 Tissue:root [PO:0009005] Growth temperature:22°C Growth med:Half-strength Murashige and Skoog media (1/2 MS) (Duchefa, Netherlands) on 0.8% plant agar (Duchefa, Netherlands) Subspecific genetic lineage:Col-0 Amount or size of sample collected:Four seeds were used per plate. Isolation and growth condition:Arabidopsis thaliana ecotype Col-0 seeds were surface sterilized and stratified at 4°C for 2d before being grown in continuous light (24h light, 140_Em–2s–1) at 22°C. Exp-Scan method:Time-lapse photography Exp-Scanner:3D printed ChronoRoot module mounted in a plant growth chamber. Each module consists of a Raspberry Pi (v3)-embedded computer controlling four fixed-zoom and fixed-focus cameras (RaspiCam v2), and an array of infrared (IR) LED back-light. Exp-Scan parameters:Images were captured every 15 minutes with 1632 frames captured over a 17-day period. After processing the time-lapse image data, footage from the first 3 days prior to seed germination were discarded from the image analysis results. IR back-light (850 nm) and long pass IR filters (> 830 nm) allow acquisition of images of the same quality independently from the light conditions required for the experiment, during day and night. Exp-Scan resolution:12cm x 12 cm plate for seedling growth, allowing automatic image acquisition + |
ContLight_rpi14_2020-01-08_4_Plant1 | 3702 | mouse-ear cress | thale cress | Arabidopsis thaliana | Description:Temporal sequence of images used by Ch... Collection date:2020-01-08 Tissue:root [PO:0009005] ...
Description:Temporal sequence of images used by ChronoRoot for root segmentation analysis - continuous light. ContLight_rpi14_2020-01-08_4_Plant1 Collection date:2020-01-08 Tissue:root [PO:0009005] Growth temperature:22°C Growth med:Half-strength Murashige and Skoog media (1/2 MS) (Duchefa, Netherlands) on 0.8% plant agar (Duchefa, Netherlands) Subspecific genetic lineage:Col-0 Amount or size of sample collected:Four seeds were used per plate. Isolation and growth condition:Arabidopsis thaliana ecotype Col-0 seeds were surface sterilized and stratified at 4°C for 2d before being grown in continuous light (24h light, 140_Em–2s–1) at 22°C. Exp-Scan method:Time-lapse photography Exp-Scanner:3D printed ChronoRoot module mounted in a plant growth chamber. Each module consists of a Raspberry Pi (v3)-embedded computer controlling four fixed-zoom and fixed-focus cameras (RaspiCam v2), and an array of infrared (IR) LED back-light. Exp-Scan parameters:Images were captured every 15 minutes with 1632 frames captured over a 17-day period. After processing the time-lapse image data, footage from the first 3 days prior to seed germination were discarded from the image analysis results. IR back-light (850 nm) and long pass IR filters (> 830 nm) allow acquisition of images of the same quality independently from the light conditions required for the experiment, during day and night. Exp-Scan resolution:12cm x 12 cm plate for seedling growth, allowing automatic image acquisition + |
ContLight_rpi15_2020-01-08_3_Plant1 | 3702 | mouse-ear cress | thale cress | Arabidopsis thaliana | Description:Temporal sequence of images used by Ch... Collection date:2020-01-08 Tissue:root [PO:0009005] ...
Description:Temporal sequence of images used by ChronoRoot for root segmentation analysis - continuous light. ContLight_rpi15_2020-01-08_3_Plant1 Collection date:2020-01-08 Tissue:root [PO:0009005] Growth temperature:22°C Growth med:Half-strength Murashige and Skoog media (1/2 MS) (Duchefa, Netherlands) on 0.8% plant agar (Duchefa, Netherlands) Subspecific genetic lineage:Col-0 Amount or size of sample collected:Four seeds were used per plate. Isolation and growth condition:Arabidopsis thaliana ecotype Col-0 seeds were surface sterilized and stratified at 4°C for 2d before being grown in continuous light (24h light, 140_Em–2s–1) at 22°C. Exp-Scan method:Time-lapse photography Exp-Scanner:3D printed ChronoRoot module mounted in a plant growth chamber. Each module consists of a Raspberry Pi (v3)-embedded computer controlling four fixed-zoom and fixed-focus cameras (RaspiCam v2), and an array of infrared (IR) LED back-light. Exp-Scan parameters:Images were captured every 15 minutes with 1632 frames captured over a 17-day period. After processing the time-lapse image data, footage from the first 3 days prior to seed germination were discarded from the image analysis results. IR back-light (850 nm) and long pass IR filters (> 830 nm) allow acquisition of images of the same quality independently from the light conditions required for the experiment, during day and night. Exp-Scan resolution:12cm x 12 cm plate for seedling growth, allowing automatic image acquisition + |