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ANSYS inc ansys ncode software
Ansys Ncode Software, supplied by ANSYS inc, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/n-code/ansys+ncode+software/pmc11233018-136-15-15
Average 90 stars, based on 1 article reviews
ansys ncode software - by Bioz Stars, 2026-10
90/100 stars

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Related Articles

Software:

Article Title: Vibration source analysis and structural optimization design of rotary table based on OTPA
Article Snippet: .. By building a cutting test bench, the vibration response of rotary table in cutting process is tested to verify the correctness of the theoretical model.Thirdly, based on the frequency domain analysis method of random vibration fatigue life, combined with the S-N curve of the rotary table, the PSD curve at the maximum stress of the rotary table is obtained by modal excitation method, and the load data is imported into ANSYS nCode software to obtain the life cloud diagram and damage cloud diagram of the rotary table, and then the fatigue life of the rotary table under symmetrical cyclic load is solved. ..

Article Title: Vibration source analysis and structural optimization design of rotary table based on OTPA
Article Snippet: .. The above simulation results and the load spectrum file of the turntable are input into ANSYS nCode software to solve the fatigue life of the turntable under symmetrical cyclic load, as shown in . ..



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(A) Immunofluorescence images showing localization of mito-sensors tagged to a YFP (Green) with endogenous <t>TOM20</t> staining (red) and the superposition of both acquisitions with Dapi (blue). (B) Merged images showing localization of mito-sensors tagged to a Nluc (Green) with Mito Tracker Red CMX Ros staining (Red). (C) Schematic representation of localization sensors in different compartments. (D, E) BRET values represent the proximity between Nluc-OMM, TOM20-Nluc, respectively, and localization sensors (YFP), n =5. (F) Schematic representation of mitochondrial protein sensors in different compartments. (G) BRET values represent the proximity between TOM20-Nluc and mitochondrial proteins (YFP), n =4
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Image Search Results


(A) Immunofluorescence images showing localization of mito-sensors tagged to a YFP (Green) with endogenous TOM20 staining (red) and the superposition of both acquisitions with Dapi (blue). (B) Merged images showing localization of mito-sensors tagged to a Nluc (Green) with Mito Tracker Red CMX Ros staining (Red). (C) Schematic representation of localization sensors in different compartments. (D, E) BRET values represent the proximity between Nluc-OMM, TOM20-Nluc, respectively, and localization sensors (YFP), n =5. (F) Schematic representation of mitochondrial protein sensors in different compartments. (G) BRET values represent the proximity between TOM20-Nluc and mitochondrial proteins (YFP), n =4

Journal: bioRxiv

Article Title: BRET-Based Mitochondrial Subcompartment Localization Biosensors

doi: 10.1101/2025.10.27.684728

Figure Lengend Snippet: (A) Immunofluorescence images showing localization of mito-sensors tagged to a YFP (Green) with endogenous TOM20 staining (red) and the superposition of both acquisitions with Dapi (blue). (B) Merged images showing localization of mito-sensors tagged to a Nluc (Green) with Mito Tracker Red CMX Ros staining (Red). (C) Schematic representation of localization sensors in different compartments. (D, E) BRET values represent the proximity between Nluc-OMM, TOM20-Nluc, respectively, and localization sensors (YFP), n =5. (F) Schematic representation of mitochondrial protein sensors in different compartments. (G) BRET values represent the proximity between TOM20-Nluc and mitochondrial proteins (YFP), n =4

Article Snippet: TOM20-YFP(Nluc) fusion proteins were obtained by fusing the TOM20 coding region (Addgene # 55146) in its c-terminus to YFP or Nluc.

Techniques: Immunofluorescence, Staining

(A) Immunofluorescence images showing mito-biosensors tagged to a YFP (Green) with endogenous TOM20 staining (red) and the superposition of both acquisitions with Dapi (blue). (B) Images showing colocalization of mito-sensors tagged to Nluc (Green) with Mito Tracker Red CMX Ros staining (Red). (C) Schematic representation of mito-biosensors in different compartments. (D,E,F) BRET values represent the proximity between CLU-Nluc, IBM-Nluc, and MICU1-Nluc, respectively, and localization sensors (YFP), n =5. (G) Schematic representation of the localization of VDAC1 and localization biosensors in different compartments. (H) BRET values representing the proximity between VDAC1-Nluc and loc-sensors (YFP), n = 4.

Journal: bioRxiv

Article Title: BRET-Based Mitochondrial Subcompartment Localization Biosensors

doi: 10.1101/2025.10.27.684728

Figure Lengend Snippet: (A) Immunofluorescence images showing mito-biosensors tagged to a YFP (Green) with endogenous TOM20 staining (red) and the superposition of both acquisitions with Dapi (blue). (B) Images showing colocalization of mito-sensors tagged to Nluc (Green) with Mito Tracker Red CMX Ros staining (Red). (C) Schematic representation of mito-biosensors in different compartments. (D,E,F) BRET values represent the proximity between CLU-Nluc, IBM-Nluc, and MICU1-Nluc, respectively, and localization sensors (YFP), n =5. (G) Schematic representation of the localization of VDAC1 and localization biosensors in different compartments. (H) BRET values representing the proximity between VDAC1-Nluc and loc-sensors (YFP), n = 4.

Article Snippet: TOM20-YFP(Nluc) fusion proteins were obtained by fusing the TOM20 coding region (Addgene # 55146) in its c-terminus to YFP or Nluc.

Techniques: Immunofluorescence, Staining

(A) Immunofluorescence images showing localization of mito-sensors tagged to a YFP (Green) with endogenous TOM20 staining (red) and the superposition of both acquisitions with Dapi (blue). (B) Merged images showing localization of mito-sensors tagged to a Nluc (Green) with Mito Tracker Red CMX Ros staining (Red). (C) Schematic representation of localization sensors in different compartments. (D, E, F) BRET values represent the proximity between -MX-Nluc, ATP5F1C-Nluc, and OTC-Nluc, respectively, and localization sensors (YFP). n =5. (G) Schematic representation of the localization of the Sirtuins and MX loc-biosensor in different compartments. (G) BRET values represent the proximity between MX-Nluc, MX-YFP, and sirtuins (YFP), n = 4

Journal: bioRxiv

Article Title: BRET-Based Mitochondrial Subcompartment Localization Biosensors

doi: 10.1101/2025.10.27.684728

Figure Lengend Snippet: (A) Immunofluorescence images showing localization of mito-sensors tagged to a YFP (Green) with endogenous TOM20 staining (red) and the superposition of both acquisitions with Dapi (blue). (B) Merged images showing localization of mito-sensors tagged to a Nluc (Green) with Mito Tracker Red CMX Ros staining (Red). (C) Schematic representation of localization sensors in different compartments. (D, E, F) BRET values represent the proximity between -MX-Nluc, ATP5F1C-Nluc, and OTC-Nluc, respectively, and localization sensors (YFP). n =5. (G) Schematic representation of the localization of the Sirtuins and MX loc-biosensor in different compartments. (G) BRET values represent the proximity between MX-Nluc, MX-YFP, and sirtuins (YFP), n = 4

Article Snippet: TOM20-YFP(Nluc) fusion proteins were obtained by fusing the TOM20 coding region (Addgene # 55146) in its c-terminus to YFP or Nluc.

Techniques: Immunofluorescence, Staining