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Regent Instruments desktop scanner
Desktop Scanner, supplied by Regent Instruments, used in various techniques. Bioz Stars score: 86/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/desktop+scanner/scanner/pm41289393-252-7-15
Average 86 stars, based on 1 article reviews
desktop scanner - by Bioz Stars, 2026-10
86/100 stars

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Related Articles

other:

Article Title: Precipitation increase promotes soil organic carbon formation and stability via the mycorrhizal fungal pathway.
Article Snippet: Each root sample was scanned using a desktop scanner, and images were processed with WinRHIZO (Regent Instruments, Inc.) to determine root traits.

Article Title: Strigolactone GR24 modulates citrus root architecture and rhizosphere microbiome under nitrogen and phosphorus deficiency
Article Snippet: This scanner is calibrated for image analysis with REGENT INSTRUMENTS software (WinRHIZO, Arabidopsis 2021a, 64-bit).

Expressing:

Article Title: Uptake Efficiency of Nitrogen Forms and Kinetic Parameters of Grafted ‘Chardonnay’ and ‘Cabernet Sauvignon’ Vines
Article Snippet: .. Roots were scanned using a scanner (Regent Instruments, Inc., EPSON Expression 11000 scanner equipped with additional light (TPU), Quebec, QC, Canada). .. Root morphological features were analyzed using WinRhizo Pro 2013 software (Regent Instrument Inc., Quebec City, QC, Canada) [57] at 600 dpi resolution.

Software:

Article Title: Effect of Exogenous Hormones on the Growth of Alfalfa Seedlings under Phosphate Starvation Stress
Article Snippet: Height, stem diameter (3, 6, 12 d), leaf area (YaXin, Beijing, China) and the dry weight of the shoots and roots was determined. .. The roots were separated, imaged by an image scanner and analyzed for their length, surface area and numbers of lateral roots using WinRHIZO software (v.5.0, Regent Instruments, Quebec City, Canada). .. Root hairs from the seedlings were observed using a microscope (BX41, Olympus, Japan).

Article Title: Sexual dimorphism in arbuscular mycorrhizal fungal-assisted zinc detoxification: female poplars emerge as superior phytoremediator through lignin-flavonoid pathways.
Article Snippet: Zinc (Zn) is an essential micronutrient but becomes cytotoxic at elevated levels.. Arbuscular mycorrhizal (AM) fungi are known to enhance plant tolerance to potential toxic elements, but it is unclear how AM symbiosis mediates the sexually dimorphic responses to Zn toxicity in dioecious poplars.. In this study, female and male Populus cathayana inoculated with Funneliformis mosseae were used to investigate the mechanisms of AM symbiosis to alleviate Zn toxicity.

Article Title: The effects of metabolic and functional traits on bud opening: Comparing warming and defoliation in conifers
Article Snippet: .. All needles were counted and measured with a digital scanner at 800 dpi using the software WinSEEDLE version 2019a (Regent Instruments Inc., Quebec, QC, Canada) to obtain the projected LA (cm 2 ) and their number (Nb). ..

Article Title: Fine root trait dynamics and their relationships with productivity across grasslands under extreme drought.
Article Snippet: Trait plasticity is critical to maintaining grassland productivity under climate change, such as drought.. However, few studies have focused on the effects of multiyear extreme drought on community-level fine root traits and their corresponding links to productivity.. We experimentally removed 66% of growing season precipitation for four years in meadow, typical, and desert grasslands in northern China and evaluated the effects of multiyear drought on community-weighted means (CWMs) and functional diversity of fine root traits (first-order roots), and their relationships with aboveground net primary productivity (ANPP).

Article Title: The Impact of Elevated Soil pH Levels on Cranberry Growth, Physiology, and Metabolites.
Article Snippet: .. The leaf area of the upright samples was estimated using a scanner and the Wincam NDVI software (https://regentinstruments.com/assets/wincam_about.html, accessed on 25 July 2025) developed by Regent Instrument, CA. ..



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Image Search Results


Micro-CT cross-sectional images of the mesiobuccul root apical region showing from coronal to apical direction: a Presence of a lateral canal (arrow) leaving the main canal. b The lateral canal exiting early and forming an accessory foramen. c The main canal exiting at the apical foramen

Journal: BMC Oral Health

Article Title: Apical anatomy of primary molar root canals: a micro-Ct study

doi: 10.1186/s12903-026-09231-4

Figure Lengend Snippet: Micro-CT cross-sectional images of the mesiobuccul root apical region showing from coronal to apical direction: a Presence of a lateral canal (arrow) leaving the main canal. b The lateral canal exiting early and forming an accessory foramen. c The main canal exiting at the apical foramen

Article Snippet: All specimens were scanned using a desktop micro-CT scanner (MicroCT SKYscan 1172; Bruker, Belgium) at an isotropic resolution of 15.24 μm, with the following parameters: 92 kV, 91 μA, 8 W, 1 mm aluminum filter, exposure time 5.9 ms, and magnification 17.24×.

Techniques: Micro-CT

A micro-CT 3D rendered model of the mesial root of a mandibular second primary molar showing accessory canal and foramen (arrow) located midway between the main mesiobuccal and mesiolingual canals

Journal: BMC Oral Health

Article Title: Apical anatomy of primary molar root canals: a micro-Ct study

doi: 10.1186/s12903-026-09231-4

Figure Lengend Snippet: A micro-CT 3D rendered model of the mesial root of a mandibular second primary molar showing accessory canal and foramen (arrow) located midway between the main mesiobuccal and mesiolingual canals

Article Snippet: All specimens were scanned using a desktop micro-CT scanner (MicroCT SKYscan 1172; Bruker, Belgium) at an isotropic resolution of 15.24 μm, with the following parameters: 92 kV, 91 μA, 8 W, 1 mm aluminum filter, exposure time 5.9 ms, and magnification 17.24×.

Techniques: Micro-CT

A micro-CT image of the distal root showing how the level of the apical foramen (arrow) was determined on the cross-sectional slice with its corresponding Z-position value

Journal: BMC Oral Health

Article Title: Apical anatomy of primary molar root canals: a micro-Ct study

doi: 10.1186/s12903-026-09231-4

Figure Lengend Snippet: A micro-CT image of the distal root showing how the level of the apical foramen (arrow) was determined on the cross-sectional slice with its corresponding Z-position value

Article Snippet: All specimens were scanned using a desktop micro-CT scanner (MicroCT SKYscan 1172; Bruker, Belgium) at an isotropic resolution of 15.24 μm, with the following parameters: 92 kV, 91 μA, 8 W, 1 mm aluminum filter, exposure time 5.9 ms, and magnification 17.24×.

Techniques: Micro-CT

A micro-CT image of the distal root showing how the level of the anatomic apex (arrow) was determined on the cross-sectional slice with its corresponding Z-position value

Journal: BMC Oral Health

Article Title: Apical anatomy of primary molar root canals: a micro-Ct study

doi: 10.1186/s12903-026-09231-4

Figure Lengend Snippet: A micro-CT image of the distal root showing how the level of the anatomic apex (arrow) was determined on the cross-sectional slice with its corresponding Z-position value

Article Snippet: All specimens were scanned using a desktop micro-CT scanner (MicroCT SKYscan 1172; Bruker, Belgium) at an isotropic resolution of 15.24 μm, with the following parameters: 92 kV, 91 μA, 8 W, 1 mm aluminum filter, exposure time 5.9 ms, and magnification 17.24×.

Techniques: Micro-CT

View of a micro-CT dataset slice of the mesiobuccal canal cross section at the apical foramen level; ( a ) (raw image), ( b ) (region of interest defined), ( c ) (canal lumen binarized), ( d ) (Individual 2D analysis performed).

Journal: BMC Oral Health

Article Title: Apical anatomy of primary molar root canals: a micro-Ct study

doi: 10.1186/s12903-026-09231-4

Figure Lengend Snippet: View of a micro-CT dataset slice of the mesiobuccal canal cross section at the apical foramen level; ( a ) (raw image), ( b ) (region of interest defined), ( c ) (canal lumen binarized), ( d ) (Individual 2D analysis performed).

Article Snippet: All specimens were scanned using a desktop micro-CT scanner (MicroCT SKYscan 1172; Bruker, Belgium) at an isotropic resolution of 15.24 μm, with the following parameters: 92 kV, 91 μA, 8 W, 1 mm aluminum filter, exposure time 5.9 ms, and magnification 17.24×.

Techniques: Micro-CT, Analysis

Micro-CT 3D rendered models of mandibular second primary molars showing a lack of coincidence between the apical foramen and the anatomic apex

Journal: BMC Oral Health

Article Title: Apical anatomy of primary molar root canals: a micro-Ct study

doi: 10.1186/s12903-026-09231-4

Figure Lengend Snippet: Micro-CT 3D rendered models of mandibular second primary molars showing a lack of coincidence between the apical foramen and the anatomic apex

Article Snippet: All specimens were scanned using a desktop micro-CT scanner (MicroCT SKYscan 1172; Bruker, Belgium) at an isotropic resolution of 15.24 μm, with the following parameters: 92 kV, 91 μA, 8 W, 1 mm aluminum filter, exposure time 5.9 ms, and magnification 17.24×.

Techniques: Micro-CT

A micro-CT cross-sectional image of mandibular second primary molar roots at the apical foramen level showing the variable diameter of root canals. Distal (yellow arrow), mesiobuccal (blue arrow), and mesiolingual (red arrow)

Journal: BMC Oral Health

Article Title: Apical anatomy of primary molar root canals: a micro-Ct study

doi: 10.1186/s12903-026-09231-4

Figure Lengend Snippet: A micro-CT cross-sectional image of mandibular second primary molar roots at the apical foramen level showing the variable diameter of root canals. Distal (yellow arrow), mesiobuccal (blue arrow), and mesiolingual (red arrow)

Article Snippet: All specimens were scanned using a desktop micro-CT scanner (MicroCT SKYscan 1172; Bruker, Belgium) at an isotropic resolution of 15.24 μm, with the following parameters: 92 kV, 91 μA, 8 W, 1 mm aluminum filter, exposure time 5.9 ms, and magnification 17.24×.

Techniques: Micro-CT