Carl Nicoladoni (1847-1902): professor of surgery

Tsugishige Kondo, The Father of Japanese Surgery: Exploring the History of Hideyo Noguchi's Hand Reconstruction With a Forearm Flap Before the Establishment of Plastic Surgery in Japan

ABSTRACT

Hideyo Noguchi is one of the most famous scientists in Japan's history, and his portrait has adorned the ¥1,000 banknotes since 2004. He had a childhood burn injury resulting in severe hand scarring and contracture that plagued his early life and education.The resulting hand deformity required 3 separate reconstructions with the third and most complex surgery performed by Professor Tsugishige Kondo just before Noguchi's final medical doctor license examination in 1897. In this surgery, Kondo released the contractures using the first radial forearm flap performed in Japan long before the establishment of plastic surgery in the country.Reviewing the history of Kondo, we find that he likely learned the art of reconstructive surgery along with many other surgical techniques during his stay in Europe from 1891 to 1896 where he was mentored by 4 prominent surgeons of the era: Christian Albert Theodor Billroth, Vincenz Czerny, James Israel, and Carl Nicoladoni. During this period, Czerny reported performing the world's first breast reconstruction using lipoma transfer, and Nicoladoni performed the world's first thumb reconstruction with a chest flap and with toe-to-thumb transfer. Kondo may have watched these world's first operations and may have also been taught these innovative techniques including the forearm flap directly by these pioneers. He returned to Japan and successfully applied these reconstructive surgery methods in his practice and teaching, as evidenced by the landmark surgery of Hideyo Noguchi's hand, and laid the foundations for the development of plastic surgery in Japan.

Upper Extremity Tendon Transfers: A Brief Review of History, Common Applications, and Technical Tips

Background  Tendon transfer in the upper extremity represents a powerful tool in the armamentarium of a reconstructive surgeon in the setting of irreparable nerve injury or the anatomic loss of key portions of the muscle-tendon unit. The concept uses the redundancy/expendability of tendons by utilizing a nonessential tendon to restore the function of a lost or nonfunctional muscle-tendon unit of the upper extremity. This article does not aim to perform a comprehensive review of tendon transfers. Instead it is meant to familiarize the reader with salient historical features, common applications in the upper limb, and provide the reader with some technical tips, which may facilitate a successful tendon transfer.

Learning Objectives  (1) Familiarize the reader with some aspects of tendon transfer history. (2) Identify principles of tendon transfers. (3) Identify important preoperative considerations. (4) Understand the physiology of the muscle-tendon unit and the Blix curve. (5) Identify strategies for setting tension during a tendon transfer and rehabilitation strategies.

Design  This study was designed to review the relevant current literature and provide an expert opinion.

Conclusions  Tendon transfers have evolved from polio to tetraplegia to war and represent an extremely powerful technique to correct neurologic and musculotendinous deficits in a variety of patients affected by trauma, peripheral nerve palsies, cerebral palsy, stroke, and inflammatory arthritis. In the contemporary setting, these very same principles have also been very successfully applied to vascularized composite allotransplantation in the upper limb.

Assessment of the Forearm Tendon Transfer with Irreparable Radial Nerve Injuries Caused by War Projectiles

INTRODUCTION

Injuries to the radial nerve can occur at any point along its anatomical route, and the etiology quite varies. A particular entity are war injuries of the extremities, which have high morbidity but low mortality. After irreparable radial nerve injury, the only treatment is tendon transfer (if we neglect arthrodesis) with over then 40 methods. Four tendon transfers are considered as better than the other and two of them are the subject of our article flexor carpi radialis (FCR) and flexor carpi ulnaris (FCU).

AIM

To evaluate the ultimate functional results of forearm tendon transfers for irreparable radial nerve damage caused by war injuries and indicate the better operative treatment choice in accordance with the evaluation schemes.

METHODS

This retrospective research included 40 patients with isolated irreparable radial nerve damage. Patients were operated from 1993 to 1996. The follow-up period is from 3.5 to 11.5 years (until 2007). Twenty patients were operated using FCR tendon transfer method and twenty patients were operated using FCU tendon transfer method. The surgery was performed at the Clinic for Reconstructive and Plastic Surgery, Clinical Center University of Sarajevo. Three score evaluation schemes were used: Zachary, Neumann Pertecke and Tajima scheme, along with subjective evaluation of treatment.

RESULTS

Measured by the Zachary Evaluation Scheme, the overall score in patients undergoing FCR tendon transfer is 92.25%. In patients undergoing FCU tendon transfer, the total score was 82.20%. The total result of all 40 operated patients was 87.25%. The Zachary evaluation scheme showed a significant difference between FCR and FCU results by tendon transfer (p <0.05) in favor of the FCR tendon transfer. Tajima scheme proved a statistically significant difference between the two tendon transfers (p = 0.024), also in favor of FCR tendon transfers.

CONCLUSION

Forearm tendon transfer is a relevant method to compensate for the loss of function of the wrist, fingers and thumb extensions as a result of irreparable damage to the radial nerve. FCR tendon transfer provides better functional results than FCU tendon transfer in irreparable radial nerve damage. The time elapsed from the injury to the performed surgery of the tendon transfer has no effect on the final functional result. There is no surgical tendon transfer procedure that can be recommended as a standard for any patient. Practically, the surgeon must tailor the surgery to the patient's needs. It is necessary to develop a unique and generally accepted evaluation scheme for the results of tendon transfers that will enable comparisons of results achieved. Both methods can be used for irreparable damage of radial nerve due to any etiology.

An evolutionary perspective on the history of flap reconstruction in the upper extremity

Examining the evolution of flap reconstruction of the upper extremity is similar to studying the evolution of biological species. This analogy provides a perspective to appreciate the contributing factors that led to the development of the current arsenal of techniques. It shows the trajectory for the future and provides a glimpse of the factors that that will be influential in the future.

Extensor indicis proprius opponensplasty - the burkhalter revisited

The Extensor Indicis Proprius Opponensplasty although not widely exercised by hand surgeons has previously been shown to produce good results in the restoration of thumb opposition. Over the last 5 years the Extensor Indicis Proprius was selectively used in cases where the Flexor Digitorum Superficialis was unavailable or inappropriate. In a small case series operating on a total of six male patients with an average age of 32 and follow up of 12 months we have been impressed by the functional outcome and lack of donor site morbidity. The Extensor Indicis Proprius is expendable with minimal donor site morbidity, is of sufficient length and has an optimal line of pull to provide a superior mechanical advantage and a favourable torque when compared to Flexor Digitorum Superficialis.

Adolf Jarisch (1850-1902): an important contributor to Austrian dermatology

Adolf Jarisch was born on the 15th of February 1850 in the city of Vienna, where he also studied medicine. He soon pursued a career in dermatology and venereology and, thus, joined the clinic of von Hebra, one of the founders of the famous new Vienna School of Medicine. After temporarily replacing von Hebra, Jarisch became the chief of the Department of Dermatology at the University of Innsbruck (1887). Although Adolf Jarisch was appointed chief of the dermatologic department at the University of Graz 5 years later (1892), his biggest dream, to become successor of his former teacher Ferdinand von Hebra and head the dermatological department of the Wiener Allgemeines Krankenhaus (Vienna General Hospital) did not come true. Although Adolf Jarisch is mainly known for his observations on skin reactions and a profound worsening of symptoms in syphilitic patients immediately following treatment with mercury (Jarisch-Herxheimer reaction), he authored more than 25 scientific articles and wrote a book, "Hautkrankheiten", which was considered as the most important in German-speaking literature at the beginning of the twentieth century. The purpose of this historical article is to discuss Jarisch's achievements in the field of dermatology based on a detailed analysis of his scientific work.