ÌÇÐÄvlog

Object moved to here.

Management of Pilonidal Disease: A Review | Adolescent Medicine | JAMA Surgery | ÌÇÐÄvlog

ÌÇÐÄvlog

[Skip to Navigation]
Sign In
1.
Søndenaa ÌýK, Andersen ÌýE, Nesvik ÌýI, Søreide ÌýJA. ÌýPatient characteristics and symptoms in chronic pilonidal sinus disease.Ìý ÌýInt J Colorectal Dis. 1995;10(1):39-42. doi:
2.
Oetzmann von Sochaczewski ÌýC, Gödeke ÌýJ. ÌýPilonidal sinus disease on the rise: a one-third incidence increase in inpatients in 13 years with substantial regional variation in Germany.Ìý ÌýInt J Colorectal Dis. 2021;36(10):2135-2145. doi:
3.
da Silva ÌýJH. ÌýPilonidal cyst: cause and treatment.Ìý ÌýDis Colon Rectum. 2000;43(8):1146-1156. doi:
4.
Luedi ÌýMM, Schober ÌýP, Stauffer ÌýVK, Diekmann ÌýM, Doll ÌýD. ÌýGlobal gender differences in pilonidal sinus disease: a random-effects meta-analysis.Ìý ÌýWorld J Surg. 2020;44(11):3702-3709. doi:
5.
Chamberlain ÌýJW, Vawter ÌýGF. ÌýThe congenital origin of pilonidal sinus.Ìý ÌýJ Pediatr Surg. 1974;9(4):441-444. doi:
6.
Doll ÌýD, Matevossian ÌýE, Wietelmann ÌýK, Evers ÌýT, Kriner ÌýM, Petersen ÌýS. ÌýFamily history of pilonidal sinus predisposes to earlier onset of disease and a 50% long-term recurrence rate.Ìý ÌýDis Colon Rectum. 2009;52(9):1610-1615. doi:
7.
Patey ÌýDH, Scarff ÌýRW. ÌýPathology of postanal pilonidal sinus; its bearing on treatment.Ìý Ìý³¢²¹²Ô³¦±ð³Ù. 1946;2(6423):484-486. doi:
8.
Page ÌýBH. ÌýThe entry of hair into a pilonidal sinus.Ìý ÌýBr J Surg. 1969;56(1):32. doi:
9.
Karydakis ÌýGE. ÌýEasy and successful treatment of pilonidal sinus after explanation of its causative process.Ìý ÌýAust N Z J Surg. 1992;62(5):385-389. doi:
10.
Bosche ÌýF, Luedi ÌýMM, van der Zypen ÌýD, Moersdorf ÌýP, Krapohl ÌýB, Doll ÌýD. ÌýThe hair in the sinus: sharp-ended rootless head hair fragments can be found in large amounts in pilonidal sinus nests.Ìý ÌýWorld J Surg. 2018;42(2):567-573. doi:
11.
Doll ÌýD, Bosche ÌýFD, Stauffer ÌýVK, Ìýet al. ÌýStrength of occipital hair as an explanation for pilonidal sinus disease caused by intruding hair.Ìý ÌýDis Colon Rectum. 2017;60(9):979-986. doi:
12.
Harlak ÌýA, Mentes ÌýO, Kilic ÌýS, Coskun ÌýK, Duman ÌýK, Yilmaz ÌýF. ÌýSacrococcygeal pilonidal disease: analysis of previously proposed risk factors.Ìý ÌýClinics (Sao Paulo). 2010;65(2):125-131. doi:
13.
Doll ÌýD, Luedi ÌýMM, Wieferich ÌýK, van der Zypen ÌýD, Maak ÌýM, Glanemann ÌýM. ÌýStop insulting the patient: neither incidence nor recurrence of pilonidal sinus disease is linked to personal hygiene.Ìý ÌýPilonidal Sinus Journal. 2015;1(1):11-18.
14.
Doll ÌýD, Brengelmann ÌýI, Schober ÌýP, Ìýet al. ÌýRethinking the causes of pilonidal sinus disease: a matched cohort study.Ìý ÌýSci Rep. 2021;11(1):6210. doi:
15.
de Parades ÌýV, Bouchard ÌýD, Janier ÌýM, Berger ÌýA. ÌýPilonidal sinus disease.Ìý ÌýJ Visc Surg. 2013;150(4):237-247. doi:
16.
Kallis ÌýMP, Maloney ÌýC, Lipskar ÌýAM. ÌýManagement of pilonidal disease.Ìý ÌýCurr Opin Pediatr. 2018;30(3):411-416. doi:
17.
Steele ÌýSR, Hull ÌýTL, Hyman ÌýN, Maykel ÌýJA, Read ÌýTE, Whitlow ÌýCB, eds. ÌýThe ASCRS Textbook of Colon and Rectal Surgery. 4th ed. Springer Nature; 2022.
18.
Stewart ÌýAM, Baker ÌýJD, Elliott ÌýD. ÌýThe effects of a sacrococcygeal pilonidal sinus wound on activities of living: thematic analysis of participant interviews.Ìý ÌýJ Clin Nurs. 2011;20(21-22):3174-3182. doi:
19.
Salimi-Jazi ÌýF, Abrajano ÌýC, Garza ÌýD, Ìýet al. ÌýBurden of pilonidal disease and improvement in quality of life after treatment in adolescents.Ìý ÌýPediatr Surg Int. 2022;38(10):1453-1459. doi:
20.
Halleran ÌýDR, Lopez ÌýJJ, Lawrence ÌýAE, Ìýet al. ÌýRecurrence of pilonidal disease: our best is not good enough.Ìý ÌýJ Surg Res. 2018;232:430-436. doi:
21.
Milone ÌýM, Velotti ÌýN, Manigrasso ÌýM, Anoldo ÌýP, Milone ÌýF, De Palma ÌýGD. ÌýLong-term follow-up for pilonidal sinus surgery: a review of literature with metanalysis.Ìý Ìý³§³Ü°ù²µ±ð´Ç²Ô. 2018;16(5):315-320. doi:
22.
Halleran ÌýDR, Onwuka ÌýAJ, Lawrence ÌýAE, Fischer ÌýBC, Deans ÌýKJ, Minneci ÌýPC. ÌýLaser hair depilation in the treatment of pilonidal disease: a systematic review.Ìý ÌýSurg Infect (Larchmt). 2018;19(6):566-572. doi:
23.
Uçar ÌýAD, Cartı ÌýEB, Oymacı ÌýE, Ìýet al. ÌýRecurrent pilonidal disease surgery: is it second primary or reoperative surgery?Ìý ÌýUlus Cerrahi Derg. 2015;32(3):162-167. doi:
24.
Prieto ÌýJM, Thangarajah ÌýH, Ignacio ÌýRC, Ìýet al. ÌýPatience is a virtue: multiple preoperative visits are associated with decreased recurrence in pediatric pilonidal disease.Ìý ÌýJ Pediatr Surg. 2021;56(5):888-891. doi:
25.
Armstrong ÌýJH, Barcia ÌýPJ. ÌýPilonidal sinus disease—the conservative approach.Ìý ÌýArch Surg. 1994;129(9):914-917. doi:
26.
Cevik ÌýM, Dorterler ÌýME, Abbasoglu ÌýL. ÌýIs conservative treatment an effective option for pilonidal sinus disease in children?Ìý ÌýInt Wound J. 2018;15(5):840-844. doi:
27.
Galati ÌýG, Sterpetti ÌýAV, Tartaglia ÌýE, Basso ÌýL, Nicolanti ÌýV. ÌýTherapeutic approaches to patients with pilonidal sinus based on specific clinical characteristics.Ìý ÌýEur J Plast Surg. 2012;35(8):595-598. doi:
28.
Grabowski ÌýJ, Oyetunji ÌýTA, Goldin ÌýAB, Ìýet al. ÌýThe management of pilonidal disease: a systematic review.Ìý ÌýJ Pediatr Surg. 2019;54(11):2210-2221. doi:
29.
Koch ÌýD, Pratsou ÌýP, Szczecinska ÌýW, Lanigan ÌýS, Abdullah ÌýA. ÌýThe diverse application of laser hair removal therapy: a tertiary laser unit’s experience with less common indications and a literature overview.Ìý ÌýLasers Med Sci. 2015;30(1):453-467. doi:
30.
Piccolo ÌýD, Di Marcantonio ÌýD, Crisman ÌýG, Ìýet al. ÌýUnconventional use of intense pulsed light.Ìý ÌýBiomed Res Int. 2014;2014:618206. doi:
31.
Gan ÌýSD, Graber ÌýEM. ÌýLaser hair removal: a review.Ìý ÌýDermatol Surg. 2013;39(6):823-838. doi:
32.
Lopez ÌýJJ, Cooper ÌýJN, Fischer ÌýBA, Gonzalez ÌýDO, Deans ÌýKJ, Minneci ÌýPC. ÌýSafety and tolerability of laser hair depilation in pilonidal disease: a pilot study.Ìý ÌýSurg Infect (Larchmt). 2017;18(8):890-893. doi:
33.
Romic ÌýI, Augustin ÌýG, Bogdanic ÌýB, Bruketa ÌýT, Moric ÌýT. ÌýLaser treatment of pilonidal disease: a systematic review.Ìý ÌýLasers Med Sci. 2022;37(2):723-732. doi:
34.
Minneci ÌýPC, Halleran ÌýDR, Lawrence ÌýAE, Fischer ÌýBA, Cooper ÌýJN, Deans ÌýKJ. ÌýLaser hair depilation for the prevention of disease recurrence in adolescents and young adults with pilonidal disease: study protocol for a randomized controlled trial.Ìý Ìý°Õ°ù¾±²¹±ô²õ. 2018;19(1):599. doi:
35.
Bütter ÌýA, Hanson ÌýM, VanHouwelingen ÌýL, Merritt ÌýN, Seabrook ÌýJ. ÌýHair epilation vs surgical excision as primary management of pilonidal disease in the pediatric population.Ìý ÌýCan J Surg. 2015;58(3):209-211. doi:
36.
Shafigh ÌýY, Beheshti ÌýA, Charkhchian ÌýM, Rad ÌýFS. ÌýSuccessful treatment of pilonidal disease by intense pulsed light device.Ìý ÌýAdv Clin Exp Med. 2014;23(2):277-282. doi:
37.
Conroy ÌýFJ, Kandamany ÌýN, Mahaffey ÌýPJ. ÌýLaser depilation and hygiene: preventing recurrent pilonidal sinus disease.Ìý ÌýJ Plast Reconstr Aesthet Surg. 2008;61(9):1069-1072. doi:
38.
Oram ÌýY, Kahraman ÌýF, KarincaoÄŸlu ÌýY, Koyuncu ÌýE. ÌýEvaluation of 60 patients with pilonidal sinus treated with laser epilation after surgery.Ìý ÌýDermatol Surg. 2010;36(1):88-91. doi:
39.
Badawy ÌýEA, Kanawati ÌýMN. ÌýEffect of hair removal by Nd:YAG laser on the recurrence of pilonidal sinus.Ìý ÌýJ Eur Acad Dermatol Venereol. 2009;23(8):883-886. doi:
40.
Demircan ÌýF, Akbulut ÌýS, Yavuz ÌýR, Agtas ÌýH, Karabulut ÌýK, Yagmur ÌýY. ÌýThe effect of laser epilation on recurrence and satisfaction in patients with sacrococcygeal pilonidal disease: a prospective randomized controlled trial.Ìý ÌýInt J Clin Exp Med. 2015;8(2):2929-2933.
41.
Ghnnam ÌýWM, Hafez ÌýDM. ÌýLaser hair removal as adjunct to surgery for pilonidal sinus: our initial experience.Ìý ÌýJ Cutan Aesthet Surg. 2011;4(3):192-195. doi:
42.
El-Ramah ÌýAF, Darwish ÌýHM. ÌýRole of laser depilation in treatment of pilonidal sinus disease.Ìý ÌýInt J Surg Res. 2013;2(4):48-51. doi:
43.
Khan ÌýMA, Javed ÌýAA, Govindan ÌýKS, Ìýet al. ÌýControl of hair growth using long-pulsed alexandrite laser is an efficient and cost-effective therapy for patients suffering from recurrent pilonidal disease.Ìý ÌýLasers Med Sci. 2016;31(5):857-862. doi:
44.
Dragoni ÌýF, Moretti ÌýS, Cannarozzo ÌýG, Campolmi ÌýP. ÌýTreatment of recurrent pilonidal cysts with nd-YAG laser: report of our experience.Ìý ÌýJ Dermatolog Treat. 2018;29(1):65-67. doi:
45.
Kok ÌýK, Osmani ÌýOA, Odeke ÌýM, Eltigani ÌýEA. ÌýRecurrent pilonidal sinus disease: do lasers have the answer?Ìý ÌýMed Laser Appl. 2011;26(2):62-66. doi:
46.
Odili ÌýJ, Gault ÌýD. ÌýLaser depilation of the natal cleft—an aid to healing the pilonidal sinus.Ìý ÌýAnn R Coll Surg Engl. 2002;84(1):29-32.
47.
Kayaalp ÌýC, Aydin ÌýC. ÌýReview of phenol treatment in sacrococcygeal pilonidal disease.Ìý ÌýTech Coloproctol. 2009;13(3):189-193. doi:
48.
Kaymakcioglu ÌýN, Yagci ÌýG, Simsek ÌýA, Ìýet al. ÌýTreatment of pilonidal sinus by phenol application and factors affecting the recurrence.Ìý ÌýTech Coloproctol. 2005;9(1):21-24. doi:
49.
Arslan ÌýS, Okur ÌýMH, Basuguy ÌýE, Ìýet al. ÌýCrystallized phenol for treatment of pilonidal sinus disease in children: a comparative clinical study.Ìý ÌýPediatr Surg Int. 2021;37(6):807-813. doi:
50.
Ates ÌýU, Ergun ÌýE, Gollu ÌýG, Ìýet al. ÌýPilonidal sinus disease surgery in children: the first study to compare crystallized phenol application to primary excision and closure.Ìý ÌýJ Pediatr Surg. 2018;53(3):452-455. doi:
51.
Åžengül ÌýS, Güler ÌýY, Çalış ÌýH, Kubat ÌýM, Karabulut ÌýZ. ÌýCrystallized phenol treatment vs excision and primary closure in pilonidal sinus disease: a randomized clinical trial in adolescent patients.Ìý ÌýJ Pediatr Surg. 2022;57(3):513-517. doi:
52.
Girgin ÌýM, Kanat ÌýBH, Ayten ÌýR, Ìýet al. ÌýMinimally invasive treatment of pilonidal disease: crystallized phenol and laser depilation.Ìý ÌýInt Surg. 2012;97(4):288-292. doi:
53.
Greenberg ÌýR, Kashtan ÌýH, Skornik ÌýY, Werbin ÌýN. ÌýTreatment of pilonidal sinus disease using fibrin glue as a sealant.Ìý ÌýTech Coloproctol. 2004;8(2):95-98. doi:
54.
Win ÌýM, Went ÌýTR, Ruo ÌýSW, Ìýet al. ÌýA systematic review of fibrin glue as an ideal treatment for the pilonidal disease.Ìý Ìý°ä³Ü°ù±ð³Ü²õ. 2021;13(8):e16831. doi:
55.
Vartanian ÌýE, Gould ÌýDJ, Lee ÌýSW, Patel ÌýKM. ÌýPilonidal disease: classic and contemporary concepts for surgical management.Ìý ÌýAnn Plast Surg. 2018;81(6):e12-e19. doi:
56.
Al-Khamis ÌýA, McCallum ÌýI, King ÌýPM, Bruce ÌýJ. ÌýHealing by primary vs secondary intention after surgical treatment for pilonidal sinus.Ìý ÌýCochrane Database Syst Rev. 2010;2010(1):CD006213. doi:
57.
Iesalnieks ÌýI, Ommer ÌýA, Herold ÌýA, Doll ÌýD. ÌýGerman National Guideline on the management of pilonidal disease: update 2020.Ìý ÌýLangenbecks Arch Surg. 2021;406(8):2569-2580. doi:
58.
Enriquez-Navascues ÌýJM, Emparanza ÌýJI, Alkorta ÌýM, Placer ÌýC. ÌýMeta-analysis of randomized controlled trials comparing different techniques with primary closure for chronic pilonidal sinus.Ìý ÌýTech Coloproctol. 2014;18(10):863-872. doi:
59.
Hardy ÌýEJO, Herrod ÌýPJ, Doleman ÌýB, Phillips ÌýHG, Ranat ÌýR, Lund ÌýJN. ÌýSurgical interventions for the treatment of sacrococcygeal pilonidal sinus disease in children: a systematic review and meta-analysis.Ìý ÌýJ Pediatr Surg. 2019;54(11):2222-2233. doi:
60.
Hemmingsson ÌýO, Binnermark ÌýF, Odensten ÌýC, RutegÃ¥rd ÌýM, Franklin ÌýKA, Haapamäki ÌýMM. ÌýExcision and suture in the midline vs Karydakis flap surgery for pilonidal sinus: randomized clinical trial.Ìý ÌýBJS Open. 2022;6(2):zrac007. doi:
61.
Johnson ÌýEK, Vogel ÌýJD, Cowan ÌýML, Feingold ÌýDL, Steele ÌýSR; Clinical Practice Guidelines Committee of the American Society of Colon and Rectal Surgeons. ÌýThe American Society of Colon and Rectal Surgeons’ clinical practice guidelines for the management of pilonidal disease.Ìý ÌýDis Colon Rectum. 2019;62(2):146-157. doi:
62.
Alvandipour ÌýM, Zamani ÌýMS, Ghorbani ÌýM, Charati ÌýJY, Karami ÌýMY. ÌýComparison of Limberg flap and Karydakis flap surgery for the treatment of patients with pilonidal sinus disease: a single-blinded parallel randomized study.Ìý ÌýAnn Coloproctol. 2019;35(6):313-318. doi:
63.
Gwynn ÌýBR. ÌýUse of the rhomboid flap in pilonidal sinus.Ìý ÌýAnn R Coll Surg Engl. 1986;68(1):40-41.
64.
Doll ÌýD, Petersen ÌýS, Andreae ÌýOA, Ìýet al. ÌýPit picking vs Limberg flap vs primary open method to treat pilonidal sinus disease—a cohort of 327 consecutive patients.Ìý ÌýInnov Surg Sci. 2022;7(1):23-29. doi:
65.
Bascom ÌýJ, Bascom ÌýT. ÌýFailed pilonidal surgery: new paradigm and new operation leading to cures.Ìý ÌýArch Surg. 2002;137(10):1146-1150. doi:
66.
Emile ÌýSH, Khan ÌýSM, Barsom ÌýSH, Wexner ÌýSD. ÌýKarydakis procedure vs Limberg flap for treatment of pilonidal sinus: an updated meta-analysis of randomized controlled trials.Ìý ÌýInt J Colorectal Dis. 2021;36(7):1421-1431. doi:
67.
Gips ÌýM, Melki ÌýY, Salem ÌýL, Weil ÌýR, Sulkes ÌýJ. ÌýMinimal surgery for pilonidal disease using trephines: description of a new technique and long-term outcomes in 1358 patients.Ìý ÌýDis Colon Rectum. 2008;51(11):1656-1662. doi:
68.
Speter ÌýC, Zmora ÌýO, Nadler ÌýR, Shinhar ÌýD, Bilik ÌýR. ÌýMinimal incision as a promising technique for resection of pilonidal sinus in children.Ìý ÌýJ Pediatr Surg. 2017;52(9):1484-1487. doi:
69.
Khalilieh ÌýS, Horesh ÌýN, Cordoba ÌýM, Ìýet al. ÌýSurgical outcomes of minimally invasive trephine surgery for pilonidal sinus disease and risk factors for recurrence.Ìý ÌýJ Laparoendosc Adv Surg Tech A. 2022;32(3):288-292. doi:
70.
Meinero ÌýP, Mori ÌýL, Gasloli ÌýG. ÌýEndoscopic pilonidal sinus treatment (E.P.Si.T.).Ìý ÌýTech Coloproctol. 2014;18(4):389-392. doi:
71.
Esposito ÌýC, Turrà ÌýF, Cerulo ÌýM, Ìýet al. ÌýTechnical standardization of MIS management of children with pilonidal sinus disease using pediatric endoscopic pilonidal sinus treatment (PEPSiT) and laser epilation.Ìý ÌýJ Pediatr Surg. 2020;55(4):761-766. doi:
72.
Baxter ÌýJ, Espinosa ÌýJA, Leinwand ÌýMJ. ÌýThe EPIC procedure (Endoscopic-assisted Pilonidal Irrigation and Cleaning): a simple and effective treatment for pilonidal disease.Ìý ÌýSurg Endosc. 2022;36(2):1380-1384. doi:
73.
Delshad ÌýHR, Henry ÌýO, Mooney ÌýDP. ÌýImproving resource utilization and outcomes using a minimally invasive pilonidal protocol.Ìý ÌýJ Pediatr Surg. 2020;55(1):182-186. doi:
74.
Metzger ÌýGA, Apfeld ÌýJC, Nishimura ÌýL, Lutz ÌýC, Deans ÌýKJ, Minneci ÌýPC. ÌýPrinciples in treating pediatric patients with pilonidal disease—an expert perspective.Ìý ÌýAnn Med Surg (Lond). 2021;64:102233. doi:
Views 9,729
Review
May 31, 2023

Management of Pilonidal Disease: A Review

Author Affiliations
  • 1Center for Surgical Outcomes Research, Abigail Wexner Research Institute, Nationwide Children’s Hospital, Columbus, Ohio
  • 2Department of Pediatric Surgery, Nationwide Children’s Hospital, The Ohio State University College of Medicine, Columbus
  • 3Department of Surgery, Nemours Children’s Health, Delaware Valley, Wilmington, Delaware
JAMA Surg. 2023;158(8):875-883. doi:10.1001/jamasurg.2023.0373
Abstract

ImportanceÌý The management of pilonidal disease continues to be a challenge due to high rates of recurrence and treatment-associated morbidity.

ObservationsÌý There is a heterogeneous repertoire of treatment modalities used in the management of pilonidal disease and wide practice variation among clinicians. Available treatment options vary considerably in their level of invasiveness, associated morbidity and disability, risks of complications, and effectiveness at preventing disease recurrence. Conservative nonoperative management strategies, including persistent improved hygiene, depilation, and lifestyle modification, focus on disease prevention and minimization of disease activity. Epilation techniques using both laser and intense pulse light therapy are also used as primary and adjunct treatment modalities. Other nonoperative treatment modalities include phenol and fibrin injection to promote closure of pilonidal sinuses. The traditional operative management strategy for pilonidal disease involves excision of affected tissue paired with a variety of closure types including primary midline closure, primary off-midline closure techniques (ie, Karydakis flap, Limberg flap, Bascom cleft lift), and healing by secondary intention. There has been a recent shift toward more minimally invasive operative approaches including sinusectomy (ie, trephination or Gips procedure) and endoscopic approaches. Overall, the current evidence supporting the different treatment options is limited by study quality with inconsistent characterization of disease severity and use of variable definitions and reporting of treatment-associated outcomes across studies.

Conclusions and RelevanceÌý Pilonidal disease is associated with significant physical and psychosocial morbidity. Optimal treatments will minimize disease and treatment-associated morbidity. There is a need for standardization of definitions used to characterize pilonidal disease and its outcomes to develop evidence-based treatment algorithms.

×