Studies on incidence and evaluation of the closed medial patellar desmotomy in lateral recumbency in bovines

Singh, Ajit; Gangwar, Anil Kumar; Devi, Kh. Sangeeta; Singh, H. N.

doi:10.14202/vetworld.2015.221-224

Cited by 12 publications

(17 citation statements)

References 3 publications

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“…Medial patellar desmotomy technique which is applied for treatment horses with persistent or intermittent upward patellar fixation may predispose horses to distal fragmentation of the patella due to increased stress on the middle patellar ligament [13,15] . Patellar anti-rotational suture ligaments technique can be used in these cases by using lateral condylar screw placement without patellar fragmentation risk.…”

Section: Discussionmentioning

confidence: 99%

“…While stifle joint is in extension position, patella is forced to luxation. Position of the patella can be determined by antero-posterior radiographic examination [4,12,13] . Also, the trochlear groove and its shape can be assessed by a tangential view of the flexed stifle (skyline imaging technique) [7] .…”

Section: Introductionmentioning

confidence: 99%

“…There are many methods defined for treatment of the patellar luxation in small animals. These include; soft tissue reconstruction procedures such as overlap of lateral or medial retinaculum, fascia lata overlap, patellar and tibial anti-rotational suture ligaments, desmotomy and partial capsulectomy, quadriceps release and bone reconstruction procedures such as trochleoplasties, tibial tuberosity transposition, patellectomy, corrective osteotomies [2,3,13] .…”

Section: Introductionmentioning

confidence: 99%

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Buzağılarda Lateral Patellar Lukzasyon Tedavisinde Patellar Antirotasyonel Dikiş Tekniğinin Etkinliği

Belge¹,

Yaygingül²,

Sarıerler³

et al. 2016

Kafkas Univ Vet Fak Derg

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In this study, it was aimed to investigate that clinical efficacy of patellar anti-rotational suture technique of luxation patellae in calves. A total of 17 Holstein calves aged between 5 days to 40 days and weighed 35 to 60 kg were subjected. All of patellar luxation cases were congenital and lateral direction. After parapatellar skin incision, subcutaneous tissues were dissected as a blunt and the joint capsules were opened in all cases. A screw (3.5 x 32 mm) was inserted where the lateral condyles and a non-absorbable suture material (size 3 or 4 silk) was passed behind the screw and around the patella and then it was tied tightly to stabilize the patella and the joint capsule was slightly narrowed. Skin and subcutaneous tissues were closed routinely. Calves started to walk without limping end of 3 rd week. Keywords: Lateral patellar luxation, Anti-rotational suture technique, Calf Buzağılarda Lateral Patellar Lukzasyon Tedavisinde Patellar Antirotasyonel Dikiş Tekniğinin Etkinliği ÖzetBu çalışmada, buzağılarda patellar lukzasyonun tedavisinde patellar antirotasyonel dikiş tekniğinin klinik etkinliğinin araştırılması amaçlanmıştır. Bu amaçla, 5-40 günlük yaş ve 35-60 kg canlı ağırlık aralığında değişen toplam 17 adet buzağı ele alınmıştır. Buzağılardaki patellar lukzasyonların tamamının konjenital ve lateral doğrultuda olduğu belirlenmiştir. Parapatellar deri ensizyonunu takiben, derialtı dokular küt olarak diseke edilmiş ve tüm vakalarda eklem kapsülü açılmıştır. Lateral kondüle dik olarak bir vida (3.5 x 32 mm) yerleştirilmiş, vidanın arkasından ve patellanın etrafından dolanan emilemeyen bir dikiş materyali (ipek iplik 3-4 no) sekiz şeklinde sıkıca bağlanmış daha sonra eklem kapsülü biraz daraltılmıştır. Deri ve derialtı dokular rutin şekilde kapatılmıştır. Buzağılar, üçüncü haftanın sonunda topallamadan yürümeye başlamıştır.

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Section: Discussionmentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

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Buzağılarda Lateral Patellar Lukzasyon Tedavisinde Patellar Antirotasyonel Dikiş Tekniğinin Etkinliği

Belge¹,

Yaygingül²,

Sarıerler³

et al. 2016

Kafkas Univ Vet Fak Derg

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“…Conservative treatments (Stashak, 2002;Brooks, 2007;Peitzmeier et al, 2015) were reported. Surgical treatments including medial patellar ligament desmotomy (MPLD) and ultrasound-guided medial patellar ligament splitting (MPLS) were presented (Turner & Mcllwraith, 1989;Stashak, 2002;Tnibar, 2002;Brooks, 2007;Madhu1 et al, 2012;Singh et al, 2015). MPLD is usually performed while the animal is standing and under the effect of sedation and local anaesthesia.…”

mentioning

confidence: 99%

New surgical technique for medial patellar ligament splitting for treatment of upward fixation of patella in cattle and donkeys

Elsherif¹

2019

BJVM

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El-Sherif, M. W., 2019. New surgical technique for medial patellar ligament splitting for treatment of upward fixation of patella in cattle and donkeys. Bulg. J. Vet. Med., 22, No 2,[243][244][245][246][247] A new medial patellar ligament splitting technique in cattle and donkeys is presented. It has been successfully applied on thirteen alive animals affected with permanent upward fixation of patella (UFP). The technique is simple, quick and easily applicable. In contrast to other medial patellar desmotomy techniques; the present approach is less invasive, the skin at the surgical site is not incised but punctured, the pericapsular fat and joint capsule are not invaded. Minimal tissue invasiveness limits the infection of surgical site, minimises bleeding and decreases their related postoperative consequences.

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“…MPL desmotomy (MPLD) and ultrasound-guided medial patellar ligament splitting (MPLS) are surgical options to treat this condition [9] [10] [12] [13] [14] [15]. MPLD is usually performed while the animal is standing and under the effect of light sedation and local anesthesia.…”

mentioning

confidence: 99%

New Technique for Medial Patellar Desmotomy in Cattle and Donkeys

Sherif¹

2017

OJVM

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The present technique is designed to transect the medial patellar ligament indicated for treatment of upward fixation of patella in cattle and donkeys. A medial patellar desmotomy was performed first on cadavers and then on 21 live cattle or donkeys. In live animals under local anesthesia, a sterile silk strand (USP 1) mounted on a curved needle is inserted through skin at the medial aspect of the medial patellar ligament to the subcutaneous fascia and directed beneath the ligament to emerge at opposite side. The silk is then sawed to cut the ligament. In contrast to other procedures, the desmotomy is less invasive as skin at the surgical site is not incised, pericapsular fat and joint capsules not invaded, and the ligament is fully transected in a one-step procedure. Minimal tissue invasiveness limited infection of surgical site, minimized bleeding, and decreased related postoperative consequences.

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Studies on incidence and evaluation of the closed medial patellar desmotomy in lateral recumbency in bovines

Cited by 12 publications

References 3 publications

Buzağılarda Lateral Patellar Lukzasyon Tedavisinde Patellar Antirotasyonel Dikiş Tekniğinin Etkinliği

Buzağılarda Lateral Patellar Lukzasyon Tedavisinde Patellar Antirotasyonel Dikiş Tekniğinin Etkinliği

New surgical technique for medial patellar ligament splitting for treatment of upward fixation of patella in cattle and donkeys

New Technique for Medial Patellar Desmotomy in Cattle and Donkeys

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