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oblique arthroscope  (Arthrex Inc)

 
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    Structured Review

    Arthrex Inc oblique arthroscope
    “Best view” of the L7 nerve root (white arrows) via. (A) Traditional dorsolateral foraminotomy (asterisk = L7 transverse process). (B) BEF using a 3.0 mm <t>arthroscope.</t> (C) BEF using the nanoneedle scope. Note the need for nerve retraction in (A).
    Oblique Arthroscope, supplied by Arthrex Inc, 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/oblique+arthroscope/pmc13150048-63-9-14?v=Arthrex+Inc
    Average 86 stars, based on 1 article reviews
    oblique arthroscope - by Bioz Stars, 2026-07
    86/100 stars

    Images

    1) Product Images from "Biportal endoscopic foraminotomy of the L7 – S1 neuroforamen in dogs: Description of surgical technique and ex vivo comparison with conventional open dorsolateral foraminotomy"

    Article Title: Biportal endoscopic foraminotomy of the L7 – S1 neuroforamen in dogs: Description of surgical technique and ex vivo comparison with conventional open dorsolateral foraminotomy

    Journal: Veterinary Surgery

    doi: 10.1111/vsu.70096

    “Best view” of the L7 nerve root (white arrows) via. (A) Traditional dorsolateral foraminotomy (asterisk = L7 transverse process). (B) BEF using a 3.0 mm arthroscope. (C) BEF using the nanoneedle scope. Note the need for nerve retraction in (A).
    Figure Legend Snippet: “Best view” of the L7 nerve root (white arrows) via. (A) Traditional dorsolateral foraminotomy (asterisk = L7 transverse process). (B) BEF using a 3.0 mm arthroscope. (C) BEF using the nanoneedle scope. Note the need for nerve retraction in (A).

    Techniques Used:

    Bar graphs (mean ± SD) showing changes in neuroforaminal volume (mm 3 ) for dorsolateral foraminotomy (DF), biportal endoscopic foraminotomy with a 3.0 mm arthroscope (BEF‐A), and biportal endoscopic foraminotomy with a nanoneedle scope (BEF‐N). * Significant volume increase after surgery; § Significantly more enlargement with BEF‐A than DF and BEF‐N.
    Figure Legend Snippet: Bar graphs (mean ± SD) showing changes in neuroforaminal volume (mm 3 ) for dorsolateral foraminotomy (DF), biportal endoscopic foraminotomy with a 3.0 mm arthroscope (BEF‐A), and biportal endoscopic foraminotomy with a nanoneedle scope (BEF‐N). * Significant volume increase after surgery; § Significantly more enlargement with BEF‐A than DF and BEF‐N.

    Techniques Used:



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    “Best view” of the L7 nerve root (white arrows) via. (A) Traditional dorsolateral foraminotomy (asterisk = L7 transverse process). (B) BEF using a 3.0 mm <t>arthroscope.</t> (C) BEF using the nanoneedle scope. Note the need for nerve retraction in (A).
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    “Best view” of the L7 nerve root (white arrows) via. (A) Traditional dorsolateral foraminotomy (asterisk = L7 transverse process). (B) BEF using a 3.0 mm <t>arthroscope.</t> (C) BEF using the nanoneedle scope. Note the need for nerve retraction in (A).
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    “Best view” of the L7 nerve root (white arrows) via. (A) Traditional dorsolateral foraminotomy (asterisk = L7 transverse process). (B) BEF using a 3.0 mm <t>arthroscope.</t> (C) BEF using the nanoneedle scope. Note the need for nerve retraction in (A).
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    “Best view” of the L7 nerve root (white arrows) via. (A) Traditional dorsolateral foraminotomy (asterisk = L7 transverse process). (B) BEF using a 3.0 mm <t>arthroscope.</t> (C) BEF using the nanoneedle scope. Note the need for nerve retraction in (A).
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    “Best view” of the L7 nerve root (white arrows) via. (A) Traditional dorsolateral foraminotomy (asterisk = L7 transverse process). (B) BEF using a 3.0 mm <t>arthroscope.</t> (C) BEF using the nanoneedle scope. Note the need for nerve retraction in (A).
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    Image Search Results


    “Best view” of the L7 nerve root (white arrows) via. (A) Traditional dorsolateral foraminotomy (asterisk = L7 transverse process). (B) BEF using a 3.0 mm arthroscope. (C) BEF using the nanoneedle scope. Note the need for nerve retraction in (A).

    Journal: Veterinary Surgery

    Article Title: Biportal endoscopic foraminotomy of the L7 – S1 neuroforamen in dogs: Description of surgical technique and ex vivo comparison with conventional open dorsolateral foraminotomy

    doi: 10.1111/vsu.70096

    Figure Lengend Snippet: “Best view” of the L7 nerve root (white arrows) via. (A) Traditional dorsolateral foraminotomy (asterisk = L7 transverse process). (B) BEF using a 3.0 mm arthroscope. (C) BEF using the nanoneedle scope. Note the need for nerve retraction in (A).

    Article Snippet: Two types of arthroscopes were evaluated: 3.0 mm 30° oblique arthroscope, 138 mm long (Arthrex Vet Systems, Naples, Florida) 1.9 mm 0° NanoNeedle Scope, 125 mm (Arthrex) 3 Arthroscopic working cannulas : Low profile cannulas, 5 mm (Arthrex) PassPort Button cannulas, 6 mm and 8 mm (Arthrex) 4 Synergy resection shaver handpiece (Arthrex), attached to water pump (DualWave arthroscopy pump, Arthrex), and the following shaver attachments/tips: Torpedo shaver blade, 3.5 mm (Arthrex) Dissector shaver blade, 3.5 mm (Arthrex) SabreTooth shaver blade, 3.5 mm (Arthrex) Oval and round burrs, 3.0 mm (Arthrex) ClearCut burr, round, 4.0 mm (Arthrex) 5 Miscellaneous instruments : Kerrison rongeurs (1–3 mm with standard or reverse tips) Nerve hook retractors (small or large, right‐angled round retractors) Periosteal elevators (Freer dissector, Adson round periosteal elevator) To adhere to minimally invasive surgical principles, intraoperative fluoroscopy (Veradius Neo 718 131 Mobile C‐Arm, Philips, Netherlands) was used at key stages of the procedure.

    Techniques:

    Bar graphs (mean ± SD) showing changes in neuroforaminal volume (mm 3 ) for dorsolateral foraminotomy (DF), biportal endoscopic foraminotomy with a 3.0 mm arthroscope (BEF‐A), and biportal endoscopic foraminotomy with a nanoneedle scope (BEF‐N). * Significant volume increase after surgery; § Significantly more enlargement with BEF‐A than DF and BEF‐N.

    Journal: Veterinary Surgery

    Article Title: Biportal endoscopic foraminotomy of the L7 – S1 neuroforamen in dogs: Description of surgical technique and ex vivo comparison with conventional open dorsolateral foraminotomy

    doi: 10.1111/vsu.70096

    Figure Lengend Snippet: Bar graphs (mean ± SD) showing changes in neuroforaminal volume (mm 3 ) for dorsolateral foraminotomy (DF), biportal endoscopic foraminotomy with a 3.0 mm arthroscope (BEF‐A), and biportal endoscopic foraminotomy with a nanoneedle scope (BEF‐N). * Significant volume increase after surgery; § Significantly more enlargement with BEF‐A than DF and BEF‐N.

    Article Snippet: Two types of arthroscopes were evaluated: 3.0 mm 30° oblique arthroscope, 138 mm long (Arthrex Vet Systems, Naples, Florida) 1.9 mm 0° NanoNeedle Scope, 125 mm (Arthrex) 3 Arthroscopic working cannulas : Low profile cannulas, 5 mm (Arthrex) PassPort Button cannulas, 6 mm and 8 mm (Arthrex) 4 Synergy resection shaver handpiece (Arthrex), attached to water pump (DualWave arthroscopy pump, Arthrex), and the following shaver attachments/tips: Torpedo shaver blade, 3.5 mm (Arthrex) Dissector shaver blade, 3.5 mm (Arthrex) SabreTooth shaver blade, 3.5 mm (Arthrex) Oval and round burrs, 3.0 mm (Arthrex) ClearCut burr, round, 4.0 mm (Arthrex) 5 Miscellaneous instruments : Kerrison rongeurs (1–3 mm with standard or reverse tips) Nerve hook retractors (small or large, right‐angled round retractors) Periosteal elevators (Freer dissector, Adson round periosteal elevator) To adhere to minimally invasive surgical principles, intraoperative fluoroscopy (Veradius Neo 718 131 Mobile C‐Arm, Philips, Netherlands) was used at key stages of the procedure.

    Techniques: