Burns (1991) 17, (6), 524 Printed in Great Britain AUTHOR INDEX Abstracts, 175, 261, 348, 436, 519 Brough M. D., The King’s Cross Fire. Part I: the glucose-6-phosphate dehydrogenase-deficient Ai S. see Huang Y., 502 physical injuries, 6 burn patient, 430 Aihara K., see Suzuki, T., 443 Budkevich, L. and Remensnyder, J. P., Initial Ellis H., see Belcher H. J. C. R., 14 Al-Baker A. A., see Attalla M. F., 170 experience with surgical treatment of deep burns Fernandes Sr B., see Vartak A. M., 239 Alexakis D., see Panayotou P., 47 at a USSR Children’s burn plant, 499 Filobbos P., see E] Danaf A., 62 Allgower M., see Monge G., 269 Budny P. G., see Regan P. J., 306 Forbes M., see Gray J. H., 37 Alshlash S., see El Danaf A., 62 Budny P. G., Regan P. J., Riley P. and Roberts A. Franco A., see Maldonado M. D., 188 Anastakis D., see Ng D., 151 H. N., Ritual burns — the Buddhist tradition, 335 Freund K. G., see Poulsen T. D., 59 Ara M., see Sawada Y Budny P. G., see Riley P., 400 Fried M., Rosenberg B., Tuchman I., Ben-Hur N., Arendrup K., see Poulsen T. D., 59 Burke J. F., see Hanley J. A., 104 Yardeni P., Sternberg N. and Golan J., Electri- Aronson M., see Fried M., 458 Burn care facilities, 68, 159, 160, 228 cal burn injury of the scalp — bone regrowth fol- Attalla M. F., Al-Baker A. A. and El-Ekiabi S. A., Carter E. A., see Trop M., 193 lowing application of latissimus dorsi free flap to Friction burns of the hand caused by jogging Carter E. A., see Schiffrin E. J., 276 the area, 338 machines: a potential hazard to children, 170 Carter E. A., see Trop M., 288 Fried M., Ben-Hur N., Berliner S., Medalia O., Baena-Montilla, P., see Benito-Ruiz, J. 201 Carter E. A., see Garg H. G., 452 Aronson M., Kidron D. and Ben-Bassat M., Barisoni D., Bellavite P., Sorio A., Bonazzi M. L., Catalano P. W., see Law E. J., 254 The state of leukocyte adhesiveness/aggregation Zermani R. and Bortolani A., Monitoring of Chambon E., see Ronfard V., 181 (LAA) in the peripheral blood of burned mice: an elastase in plasma of burned patients in relation to Chandra R., see Bhattacharya S., 65 early and sensitive inflammatory indicator and a other inflammation parameters, 141 Chandra R., see Kumar P., 425 marker of pulmonary leukostasis, 458 Baruchin, A. M., see Rozenbaum, D., 136 Chang L. Y. and Yang J. Y., The role of bone scan Galizia J. P., see Ronfard V., 181 Baruchin A., see Benmeir, P., 402 in electric burns, 250 Garg A. K., see Jain M. L., 340 Baschong W.., see Isler H., 93 Chapman M. J. see Gaukroger P. B., 396 Garg H. G., Lippay E. W., Carter E. A. Donelan Bauen A., see Isler H., 93 Chaube R. J., see Jain M. L., 340 M. B. and Remesnyder J. P., Proteoglycan syn- Bauen A.., see Isler H., 99 Cheng Y.-M., see Lai, C.-S., 510 thesis in human skin and burn scar explant cul- Bautin E. A. see Shvets V. N., 243 Cheshire I. M., see Blight A., 495 tures, 452 Belcher H. J. C. R. and Eliis H., An investigation of Chissell H. G., see Cole R. P., 117 Gattis C. S., see Law E. J., 75 the role of diet and burn-injury on wound- Chou C.-K., see Lin S.-D., 220 Gaukroger P. B., Chapman M. J. and Davey R. healing, 14 Chou C.-K., see Lin S.-D., 473 B., Pain control in paediatric burns — the use of Bellavite P., see Barisoni D., 141 Chou C.-K., see Lai C.-S., 510 patient controlled analgesia (PCA), 396 Ben-Bassat M.., see Fried M., 458 Clancy J. M. P., see Blight A., 495 Germann, E., see Gray J. H., 37 Ben-Hur N., see Fried M., 338 Clark W. R. see Nieman G. F., 384 Golan J., see Fried M., 338 Ben-Yaqar Y., see Benmeir P., 402 Clarke J. A., see Turley C. B., 56 Goldfarb I. W., see Du, G.-B., 147 Benito-Ruiz J., Navarro-Monzonis A., Baena- Cole R. P., Shakespeare P. G., Chissell H. G. and Goto M., see Ono I., 110 Montilla P. and Mirabet-Ippolito V., An analy- Jones S. G., Thermographic assessment of burns Gray J. H., Henry D. A., Forbes M., Germann E., sis of burn mortality: a report from a Spanish using a non-permeable membrane as wound Roberts F. J. and Snelling C. F. T., Comparison regional burn centre, 201 covering, 117 of silver sulphadiazine 1 per cent, silver sulphadia- Benmeir P., see Eldad A., 430 Dafna Z., see Rozenbaum D., 136 zine 1 per cent plus chlorhexidine digluconate 0.2 Benmeir P., Levine I., Shostak A., Oz V., Shemer Danti D. A., see Grisolia G. A., 52 per cent and mafenide acetate 8.5 per cent for Y. and Sokolova T., The Ural train—gas pipeline Dattatreya R. M., Nuijen S., van Swaaij A. C. P. topical antibacterial effect in infected full thick- catastrophe: the report of the IDF Medical Corps M. and Klopper P. J., Evaluation of boiled ness rat burn wounds, 37 assistance, 320 potato peel as a wound dressing, 323 Greber B., see Benmeir P., 402 Benmeir P., Eldad A., Weinberg A., Neuman A., Davey R. B., Wallis K. A. and Bowering K., Griffiths T. A., see Williams E. E., 478 Rotem M., Lusthaus S. and Wexler M. R., Use Adhesive contact media — an update on graft Grisolia G. A., Pelli P., Pinzauti E., Panozzo G., of buried skin implants after recurrent failure of fixation and burn scar management, 313 Stuto A., Danti D. A., Billi G. and Pampaloni, conventional skin grafting in a massive burn: the Davey R. B., see Gaukroger P. B., 396 Skin substitutes in the treatment of deep partial renewal of an old technique, 342 Davies J. W. L., Challenges for the future in burn thickness burns in children: clinical experience and Benmeir P., Sagi A., Greber B., Vardy D., research and burn care, 25 long term results, 52 Lusthaus S., Picard E., Baruchin A., Hauben Degen A., see Boucher F., 205 Grol M. E. C., see van Rijn O. J. L., 357 D., Ben-Yaqar Y. and Rosenberg et al., L., Dolynchuk K. N., Plasma fibronectin levels as pre- Guo Z.-R, Sheng S.-Y., Oppenheimer L., Hop- Analysis of mortality in patients with burns dictive of survival in major thermal injury, 185 pensack M. and Schneider U., Pulmonary covering 40 percent BSA or more: a Retrospec- Donelan M. B., see Garg H. G., 452 oedema in isolated lung lobe after inhalation tive review covering 24 years (1964-1988), 402 Douglas L. G., see Ng D., 151 injury, 468 Berliner S., see Fried M., 458 Dreyer M., see Leicht P., 230 Hakim T., see Nieman G. F., 384 Bhagia S. P., see Kumar P., 425 Du, G.-B., Slater H. and Goldfarb I. W., Influ- Hambleton J. and Shakespeare P. G., Thermal Bhatnager S. K., see Kumar P., 425 ences of different resuscitation regimens on acute damage to skin collagen, 209 Bhattacharya S., Shatnagar S. K. and Chandra R., early weight gain in extensively burned patients, 147 Hammarlund C., see Svedman C., 41 Post burn contracture neck — our experience with Edelman G. C., Sweet M. E., Messing E. and Hel- Hammarlund C., Svedman C. and Svedman P., a new dynamic extension splint, 65 gerson R. B., Treatment of severe electrical burns Hyperbaric oxygen treatment of healthy volun- Billi G., see Grisolia G. A., 52 of the genitalia and perineum by early excision teers with u.v.-irradiated blister wounds, 296 Blight A., Mountford E. M., Cheshire I. M., and grafting, 506 Handel J. and Steinbrecher H. A., Thromboem- Clancy J. M. P. and Levick P. L., Treatment of Egorov B. B., see Shvets V. N., 243 bolic events in a severely burned patient, 514 full thickness burn injury using cultured epithelial El Danaf A., Alshlash S., Filobbos P., Rasmi M. Hanley J. A., Becke J. F., Locke J. A. and Boyle C. grafts, 495 and Salem S., Analysis of 105 patients admitted M., Sampling events in space and time: a case Bonazzi M. L., see Barisoni D., 141 over a 2-year period to a modern burns unit in study of burn injuries, 104 Booth M. G., see Kinsella J., 391 Saudi Arabia, 62 Hauben D.., see Benmeir P., 402 Bortolani A., see Barisoni D., 141 El-Ekiabi S. A., see Attalla M. F., 170 Helgerson R. B., see Edelman G. C., 506 Boucher F., Poumay Y., Degan A., Paye M. and Eldad A., and Tuchman I., The use of Omiderm as Henry D. A., see Gray J. H., 37 Leloup R., Utilization of human cultured epider- an interface for skin grafting, 155 Hirayama T., see Suzuki T., 443 mal keratinocytes: irreversibility of the inhibition Eldad A., and Simon G. A., The phosphorous burn Hirohata Y., see Suzuki T., 443 of proliferation induced in stored detached cul- — a preliminary comparative experimental study Hochart D., see Ronfard V., 181 tures, 205 of various forms of treatment, 198 Hoppensack M.., see Guo, Z.-R., 468 Bouter L. M., see van Rijn O. J. L., 213 Eldad A., see Benmeir P., 342 Hu Z.-X., see Huang W.-H., 462 Bouter L. M., see van Rijn O. J. L., 357 Eldad A., Simon G. A., Kadae T. and Kushnir M., Huang W.-H., Hu Z.-X, Luo Z.-H and Li A.(N.) Bouter L. M., see van Rijn O. J. L., 364 Immediate dressing of the burn wound, will it Further explorations of abnormalities in serum Bowden M. L., see Prasad J. K., 302 change it’s natural history?, 233 proteins following burns, 462 Bowering K., see Davey R. B., 313 Eldad A., Neuman A., Weinberg A., Benmeir P., Huang Y., Li A.(N.), Ai S and Wang T., Applica- Boyle C. M., see Hanley J. A., 104 Rotem, M. and Wexler M. R., silver sul- tion of sulcated half-ring external fixator for treat- Broly H., see Ronfard V., 181 phadiazine-induced haemolytic anaemia in a ing bone and joint injuries of burned lower © 1991 Butterworth-Heinemann Ltd 0305—4179/91/060524—05 Burns (1991) 17, (6), 524 Printed in Great Britain AUTHOR INDEX Abstracts, 175, 261, 348, 436, 519 Brough M. D., The King’s Cross Fire. Part I: the glucose-6-phosphate dehydrogenase-deficient Ai S. see Huang Y., 502 physical injuries, 6 burn patient, 430 Aihara K., see Suzuki, T., 443 Budkevich, L. and Remensnyder, J. P., Initial Ellis H., see Belcher H. J. C. R., 14 Al-Baker A. A., see Attalla M. F., 170 experience with surgical treatment of deep burns Fernandes Sr B., see Vartak A. M., 239 Alexakis D., see Panayotou P., 47 at a USSR Children’s burn plant, 499 Filobbos P., see E] Danaf A., 62 Allgower M., see Monge G., 269 Budny P. G., see Regan P. J., 306 Forbes M., see Gray J. H., 37 Alshlash S., see El Danaf A., 62 Budny P. G., Regan P. J., Riley P. and Roberts A. Franco A., see Maldonado M. D., 188 Anastakis D., see Ng D., 151 H. N., Ritual burns — the Buddhist tradition, 335 Freund K. G., see Poulsen T. D., 59 Ara M., see Sawada Y Budny P. G., see Riley P., 400 Fried M., Rosenberg B., Tuchman I., Ben-Hur N., Arendrup K., see Poulsen T. D., 59 Burke J. F., see Hanley J. A., 104 Yardeni P., Sternberg N. and Golan J., Electri- Aronson M., see Fried M., 458 Burn care facilities, 68, 159, 160, 228 cal burn injury of the scalp — bone regrowth fol- Attalla M. F., Al-Baker A. A. and El-Ekiabi S. A., Carter E. A., see Trop M., 193 lowing application of latissimus dorsi free flap to Friction burns of the hand caused by jogging Carter E. A., see Schiffrin E. J., 276 the area, 338 machines: a potential hazard to children, 170 Carter E. A., see Trop M., 288 Fried M., Ben-Hur N., Berliner S., Medalia O., Baena-Montilla, P., see Benito-Ruiz, J. 201 Carter E. A., see Garg H. G., 452 Aronson M., Kidron D. and Ben-Bassat M., Barisoni D., Bellavite P., Sorio A., Bonazzi M. L., Catalano P. W., see Law E. J., 254 The state of leukocyte adhesiveness/aggregation Zermani R. and Bortolani A., Monitoring of Chambon E., see Ronfard V., 181 (LAA) in the peripheral blood of burned mice: an elastase in plasma of burned patients in relation to Chandra R., see Bhattacharya S., 65 early and sensitive inflammatory indicator and a other inflammation parameters, 141 Chandra R., see Kumar P., 425 marker of pulmonary leukostasis, 458 Baruchin, A. M., see Rozenbaum, D., 136 Chang L. Y. and Yang J. Y., The role of bone scan Galizia J. P., see Ronfard V., 181 Baruchin A., see Benmeir, P., 402 in electric burns, 250 Garg A. K., see Jain M. L., 340 Baschong W.., see Isler H., 93 Chapman M. J. see Gaukroger P. B., 396 Garg H. G., Lippay E. W., Carter E. A. Donelan Bauen A., see Isler H., 93 Chaube R. J., see Jain M. L., 340 M. B. and Remesnyder J. P., Proteoglycan syn- Bauen A.., see Isler H., 99 Cheng Y.-M., see Lai, C.-S., 510 thesis in human skin and burn scar explant cul- Bautin E. A. see Shvets V. N., 243 Cheshire I. M., see Blight A., 495 tures, 452 Belcher H. J. C. R. and Eliis H., An investigation of Chissell H. G., see Cole R. P., 117 Gattis C. S., see Law E. J., 75 the role of diet and burn-injury on wound- Chou C.-K., see Lin S.-D., 220 Gaukroger P. B., Chapman M. J. and Davey R. healing, 14 Chou C.-K., see Lin S.-D., 473 B., Pain control in paediatric burns — the use of Bellavite P., see Barisoni D., 141 Chou C.-K., see Lai C.-S., 510 patient controlled analgesia (PCA), 396 Ben-Bassat M.., see Fried M., 458 Clancy J. M. P., see Blight A., 495 Germann, E., see Gray J. H., 37 Ben-Hur N., see Fried M., 338 Clark W. R. see Nieman G. F., 384 Golan J., see Fried M., 338 Ben-Yaqar Y., see Benmeir P., 402 Clarke J. A., see Turley C. B., 56 Goldfarb I. W., see Du, G.-B., 147 Benito-Ruiz J., Navarro-Monzonis A., Baena- Cole R. P., Shakespeare P. G., Chissell H. G. and Goto M., see Ono I., 110 Montilla P. and Mirabet-Ippolito V., An analy- Jones S. G., Thermographic assessment of burns Gray J. H., Henry D. A., Forbes M., Germann E., sis of burn mortality: a report from a Spanish using a non-permeable membrane as wound Roberts F. J. and Snelling C. F. T., Comparison regional burn centre, 201 covering, 117 of silver sulphadiazine 1 per cent, silver sulphadia- Benmeir P., see Eldad A., 430 Dafna Z., see Rozenbaum D., 136 zine 1 per cent plus chlorhexidine digluconate 0.2 Benmeir P., Levine I., Shostak A., Oz V., Shemer Danti D. A., see Grisolia G. A., 52 per cent and mafenide acetate 8.5 per cent for Y. and Sokolova T., The Ural train—gas pipeline Dattatreya R. M., Nuijen S., van Swaaij A. C. P. topical antibacterial effect in infected full thick- catastrophe: the report of the IDF Medical Corps M. and Klopper P. J., Evaluation of boiled ness rat burn wounds, 37 assistance, 320 potato peel as a wound dressing, 323 Greber B., see Benmeir P., 402 Benmeir P., Eldad A., Weinberg A., Neuman A., Davey R. B., Wallis K. A. and Bowering K., Griffiths T. A., see Williams E. E., 478 Rotem M., Lusthaus S. and Wexler M. R., Use Adhesive contact media — an update on graft Grisolia G. A., Pelli P., Pinzauti E., Panozzo G., of buried skin implants after recurrent failure of fixation and burn scar management, 313 Stuto A., Danti D. A., Billi G. and Pampaloni, conventional skin grafting in a massive burn: the Davey R. B., see Gaukroger P. B., 396 Skin substitutes in the treatment of deep partial renewal of an old technique, 342 Davies J. W. L., Challenges for the future in burn thickness burns in children: clinical experience and Benmeir P., Sagi A., Greber B., Vardy D., research and burn care, 25 long term results, 52 Lusthaus S., Picard E., Baruchin A., Hauben Degen A., see Boucher F., 205 Grol M. E. C., see van Rijn O. J. L., 357 D., Ben-Yaqar Y. and Rosenberg et al., L., Dolynchuk K. N., Plasma fibronectin levels as pre- Guo Z.-R, Sheng S.-Y., Oppenheimer L., Hop- Analysis of mortality in patients with burns dictive of survival in major thermal injury, 185 pensack M. and Schneider U., Pulmonary covering 40 percent BSA or more: a Retrospec- Donelan M. B., see Garg H. G., 452 oedema in isolated lung lobe after inhalation tive review covering 24 years (1964-1988), 402 Douglas L. G., see Ng D., 151 injury, 468 Berliner S., see Fried M., 458 Dreyer M., see Leicht P., 230 Hakim T., see Nieman G. F., 384 Bhagia S. P., see Kumar P., 425 Du, G.-B., Slater H. and Goldfarb I. W., Influ- Hambleton J. and Shakespeare P. G., Thermal Bhatnager S. K., see Kumar P., 425 ences of different resuscitation regimens on acute damage to skin collagen, 209 Bhattacharya S., Shatnagar S. K. and Chandra R., early weight gain in extensively burned patients, 147 Hammarlund C., see Svedman C., 41 Post burn contracture neck — our experience with Edelman G. C., Sweet M. E., Messing E. and Hel- Hammarlund C., Svedman C. and Svedman P., a new dynamic extension splint, 65 gerson R. B., Treatment of severe electrical burns Hyperbaric oxygen treatment of healthy volun- Billi G., see Grisolia G. A., 52 of the genitalia and perineum by early excision teers with u.v.-irradiated blister wounds, 296 Blight A., Mountford E. M., Cheshire I. M., and grafting, 506 Handel J. and Steinbrecher H. A., Thromboem- Clancy J. M. P. and Levick P. L., Treatment of Egorov B. B., see Shvets V. N., 243 bolic events in a severely burned patient, 514 full thickness burn injury using cultured epithelial El Danaf A., Alshlash S., Filobbos P., Rasmi M. Hanley J. A., Becke J. F., Locke J. A. and Boyle C. grafts, 495 and Salem S., Analysis of 105 patients admitted M., Sampling events in space and time: a case Bonazzi M. L., see Barisoni D., 141 over a 2-year period to a modern burns unit in study of burn injuries, 104 Booth M. G., see Kinsella J., 391 Saudi Arabia, 62 Hauben D.., see Benmeir P., 402 Bortolani A., see Barisoni D., 141 El-Ekiabi S. A., see Attalla M. F., 170 Helgerson R. B., see Edelman G. C., 506 Boucher F., Poumay Y., Degan A., Paye M. and Eldad A., and Tuchman I., The use of Omiderm as Henry D. A., see Gray J. H., 37 Leloup R., Utilization of human cultured epider- an interface for skin grafting, 155 Hirayama T., see Suzuki T., 443 mal keratinocytes: irreversibility of the inhibition Eldad A., and Simon G. A., The phosphorous burn Hirohata Y., see Suzuki T., 443 of proliferation induced in stored detached cul- — a preliminary comparative experimental study Hochart D., see Ronfard V., 181 tures, 205 of various forms of treatment, 198 Hoppensack M.., see Guo, Z.-R., 468 Bouter L. M., see van Rijn O. J. L., 213 Eldad A., see Benmeir P., 342 Hu Z.-X., see Huang W.-H., 462 Bouter L. M., see van Rijn O. J. L., 357 Eldad A., Simon G. A., Kadae T. and Kushnir M., Huang W.-H., Hu Z.-X, Luo Z.-H and Li A.(N.) Bouter L. M., see van Rijn O. J. L., 364 Immediate dressing of the burn wound, will it Further explorations of abnormalities in serum Bowden M. L., see Prasad J. K., 302 change it’s natural history?, 233 proteins following burns, 462 Bowering K., see Davey R. B., 313 Eldad A., Neuman A., Weinberg A., Benmeir P., Huang Y., Li A.(N.), Ai S and Wang T., Applica- Boyle C. M., see Hanley J. A., 104 Rotem, M. and Wexler M. R., silver sul- tion of sulcated half-ring external fixator for treat- Broly H., see Ronfard V., 181 phadiazine-induced haemolytic anaemia in a ing bone and joint injuries of burned lower © 1991 Butterworth-Heinemann Ltd 0305—4179/91/060524—05 Subject Index 525 extremities — a report of four cases, 502 Lusthaus S., see Benmeir P., 402 Peters W. J., see Teodorczyk-Injeyan J. A., 290 Huart J. J., see Ronfard V., 181 MacMillan A. R. G., Oliver A. J., Richardson L. Peters W.., ‘Special effects’ burn injuries, 50 Hubler M., see Isler H., 99 and Reade P. C., An intraoral splint for the pre- Picard E., see Benmeir P., 402 Hui Xu., see Jie Xiao, 423 vention of microstomia from facial burns, 72 Pigott, R. W., see Murison M. S. C., 484 Ioannovich J. D., see Panayotou P., 47 Malakhov S. F., see Shvets V. N., 243 Pinzauti E., see Grisolia G. A., 52 Isler H., Bauen A. and Baschong W., Topical Maldonado M. D., Venturoli A., Franco A. and Poulsen T. D., Freund K. G., Arendrup K., treatment of standardized burns with a protein- Nunez-Roldan A., Specific changes in peripheral Nyhuus P. and Pedersen O. D., Polyurethane free haemodialysate, 93 blood lymphocyte phenotype from burn patients. film (Opsite) versus impregnated gauze (Jelonet) Isler H., Bauen A., Hubler M. and Okberholzer Probable origin of the thermal-injury-related lym- in the teatment of outpatient burns: a prospective, M., Morophometric assessment of wound heal- phocytopenia, 188 randomized study, 59 ing in rats treated with a protein-free haemodia Martyn J., see Tomera J. F., 371 Poumay Y., see Boucher F., 205 lysate, 99 Mathivanen T., see Ramakrishnan K. M., 481 Prasad J. K., Taddonio T. E. and Thomson P. D., Jackson D. M., The evolution of burn treatment in Matthews R. N., Rauf K. G. and Warren J., The Prospective comparison of a bovine collagen the last 50 years, 329 Coventry thermal injury study, 33 dressing to bovine spray thrombin for control of Jain M. L., Garg A. K. and Chaube R. J. Pyogenic Medalia O., see Fried M., 458 haemorrhage of skin graft donor sites, 70 pericarditis in a patient with burns — a rare compli- Meertens R. M., see van Rijn O. J. L., 213 Prasad J. K., Bowden M. L. and Thomson P. D., A cation, 340 Meertens R. M., see van Rijn O. J. L., 364 review of the reconstructive surgery needs of Jayaraman V., see Ramakrishnan K. M., 481 Messing E., see Edelman G. C., 506 3167 survivors of burn injury, 302 Jensen, M., see Moller S., 279 Mills G. B., see Teodorczyk-Injeyan J. A., 290 Ramachandran K., see Ramakrishnan K. M., 481 Jie Xiao, Hui Xu and Yin Kong Fang, Bilateral Mirabet-Ippolito V., see Benito-Ruiz J., 201 Ramakrishnan K. M., Ramachandran K., Jaya- visual loss after severe burns in a child, 423 Mitchell V., see Ronfard V., 181 raman V. and Mathivanen T.., Electrical burns Jones S. G., see Cole R. P., 117 Miyashita M., see Ono I., 110 treated in an Indian hospital, 481 Kadae T., see Eldad A., 233 Moir G. G., Shakespeare V. and Shakespeare P. Rasmi M., see El Danaf A., 62 Kasai T., see Tanaka H., 425 G., Audit of thermally injured children under five Rauf K. G., see Matthews R. N., 33 Kato S., see Ono I., 110 years of age, 406 Reade P. C., see MacMillan A. R. G., 72 Kearney J. N., Cryopreservation of cultured skin Moller S., Jensen M., Svensson P. and Skak- Recent References, 173, 259, 344, 433 cells, 380 kebaek N. E., Insulin-like growth factor 1 (IGF-1) Regan P. J., see Budny P. G., 335 Kedwards S. M., see Terrill P. J., 161 in burn patients, 279 Regan P. J., Budny P. G., Lavelle J. R. and Kester A. D. M., see van Rijn O. J. L., 213 Monge G., Sparkes B. G., Allgower M. and Roberts A. H. N., Bonfire and barbecue burns, Kester A. D. M., see van Rijn O. J. L., 357 Schoenenberger G. A., Influence of burn- 306 Keswani M. H., see Vartak A. M., 239 induced lipid-protein complex of IL1 secretion by Regan P. J., see Riley P., 400 Kidron D., see Fried M., 458 PBMC in vitro, 269 Remensnyder J. P., see Budkevich L., 499 Kinsella J. and Booth M. G., Pain relief in burns: Mountford E. M., see Blight A., 495 Remensnyder J. P., see Garg H. G., 452 James Laing Memorial Essay 1990, 391 Mucha E., see Law E. J., 254 Richardson L., see MacMillan A. R. G., 72 Klopper P. J., see Dattatreya R. M., 323 Mulder S., see van Rijn O. J. L., 357 Riley P., see Budny P. G., 335 Knipschild P. G., see van Rijn O. J. L., 213 Murazumi M., see Ono I., 110 Riley P., Regan P. J., Budny P. G. and Roberts A. Kobayashi K., see Tanaka H., 425 Murison M. S. C., Laitung J. K. G. and Pigott R. H. N., Contact burns due to thermoplastic road Kok G., see van Rijn O. J. L., 364 W.., Effectiveness of burns resuscitation using two paint, 400 Koller J., High-tension electrical-arc-induced ther- different formulae, 484 Roberts A. H. N. see Regan P. J., 306 mal burns caused by railway overhead cables, 411 Murray J. P. and Stephen F. R., Prevention of hot Roberts A. H. N. see Budny P. G., 335 Kumar P., Chandra R., Bhatnager S. K. and water burns —a study of electric immersion heater Roberts A. H. N. see Riley P., 400 Bhagia S. P., Parascapular fasciocutaneous flap safety, 417 Roberts F. J., see Gray J. H., 37 covering an above-elbow amputation stump, 425 Nakhla L. S. and Sanders R., Microbiological Ronfard V., Broly H., Mitchell V., Galizia J. P., Kushnir M., see Eldad A., 233 aspects of burns at Mount Vernon Hospital, UK, Hochart D., Chambon E., Pellerin P. and Kutlu N., see Svedman C., 41 309 Huart, Use of human keratinocytes cultured on Lai C.-S., see Lin, S.-D., 220 Navarro-Monzonis A., see Benito-Ruiz J., 201 fibrin glue in the treatment of burn wounds, 181 Lai C.-S., Lin S.-D., Chou C.-K. and Cheng Neuman A.., see Benmeir P., 342 Rosenberg et al., L. see Benmeir P., 402 Y.-M., Use of a cross-leg free muscle flap to Neuman A.., see Eldad, A., 430 Rosenberg B., see Fried M., 338 reconstruct an extensive burn wound involving a Ng D., Anastakis D., Douglas L. G. and Peters Rosser R., see Sturgeon D., 10 lower extremity, 510 W. J., Work-related burns: a six-year retrsopec- Rotem M., see Benmeir P., 342 Lai C.-S., see Lin S.-D., 473 tive study, 151 Rotem M., see Eldad A., 430 Laitung J. K. G. see Murison M. S. C., 484 Nieman G. F., Clark W. R. and Hakim T., Rozenbaum D., Baruchin A. M. and Dafna Z., Larsen T. K., see Leicht P., 230 Methylprednisolone does not protect the lung Chemical burns of the eye with special reference Lavelle J. R., see Regan P. J., 306 from inhalation, 384 to alkali burns, 136 Law E. J., Still J. M. and Gattis C. S., The use of Nuijen S., see Dattatreya R. M., 323 Sagi A., see Benmeir P., 402 erythropoietin in two burned patients who are Nunez-Roldan A., see Maldonado M. D., 188 Sakamura R., see Ono I., 110 Jehovah's witnesses, 75 Nyhuus P., see Poulsen T. D., 59 Salem S., see El Danaf A., 62 Law E. J., Orlet H. K., Still J. M., Catalano P. W. Ohura T., see Ono I., 110 Sanders R., see Nakhla L. S., 309° and Mucha E., Purulent pericarditis in an adult Okberholzer M., see Isler H., 99 Sarto Piccolo N., Sarto Piccolo-Lobo M. and burn patient treated with survival, 254 Oliver A. J., see MacMillan A. R. G., 72 Piccolo-Daher M. T. S., Two years in burn care, Lawrence J. C., see Terrill P. J., 161 Ono I., Ohura T., Sakamura R., Murazumi M., an analysis of 12 423 cases, 490 Leicht P., Siim E., Dreyer M. and Larsen T. K., Sekido M., Miyashita M., Goto M., Kato S., Sarto Piccolo-Daher M. T., see Sarto Piccolo N., Duoderm application on scalp donor sites in chil- Sumiya S., Effect of enriched lactate solution 490 dren, 230 (ELS) for resuscitation after burn injury, 110 Sarto Piccolo-Lobo M., see Sarto Piccolo N., 490 Leloup R., see Boucher F., 205 Oppenheimer L., see Guo Z.-R., 468 Savitri Sr see Vartak A. M., 239 Levick P. L., see Blight A., 495 Orlet H. K., see Law E. J., 254 Sawada Y., Ara M. and Yotsuyanagi T., A throm- Levine I., see Benmeir P., 320 Oz, V., see Benmeir P., 320 bin ointment that achieves rapid haemostasis of Li A.(N.), see Huang W. H., 462 Pampaloni A., see Grisolia G. A., 52 split thickness donor wounds particularly on the Li A.(N.), see Huang Y., 502 Panayotou P., Alexakis D., Striglis Ch and Ioan- scalp, 225 Lin S.-D., see Lai C.-S., 510 novich J. D., Epidemiological data on burn inju- Schiffrin E. J., see Trop M., 193 Lin S.-D., Chou C.-K., Yang C.-C. and Lai C.-S., ries in Greece: a statistical evaluation, 47 Schiffrin E. J., Trop M., Schroeder S. and Carter Management of hypertrophic scars on the pubic Panozzo G.., see Grisolia G. A., 52 E. A., Platelet-activating factor (PAF) induces area with an iliac flap, 220 Papini R. P. G.., ‘Is all that’s blistered burned?’... a intestinal necrosis, but not septic shock, in germ- Lin S.-D., Chou C.-K., Lai C.-S. and Yang C.-C., case of kerosene contact burns 415 free and specific-pathogen-free rodents, 276 Microskin grafting of rabbits with pigskin xeno- Papp, Ch see Stuffer M., 166 Schiffrin E. R. see Trop M., 288 graft overlay, 473 Patil A. R., see Vartak A. M., 239 Schneider U., see Guo Z.-R., 468 Lippay E. W., see Garg H. G., 452 Paye M., see Boucher F., 205 Schoenenberger G. S., see Monge, G., 269 Locke J. A., see Hanely J. A., 104 Pedersen O. D., see Poulsen T. D., 59 Schroeder S., see Schiffrin E. J., 276 Luo Z.-H., see Huang, W.-H., 462 Pellerin P., see Ronfard V., 181 Sekido M., see Ono I., 110 Lusthaus S., see Benmeir P., 342 Pelli P., see Grisolia G. A., 52 Shakespeare P. G., see Cole R. P., 117 Lusthaus S., see Benmeir P., 342 Peters W. J., see Ng D., 151 Shakespeare P. G., see Hambleton J., 209 526 Burns (1991) Vol. 17/No. 6 Shakespeare P. G. see Moir G. C., 406 Suzuki H., see Tanaka H., 425 logy of burn injuries among children aged 0-4 y; Shatnagar S. K., see Bhattacharya S., 65 Suzuki T., Hirayama T., Aihara K. and Hirohata results of a case-control study, 213 Shemer Y., see Benmeir P., 320 Y., Experimental studies of moderate temperature van Rijn O. J. L., Grol M. E. C., Bouter L. M., Sheng, Z.-Y., see Guo, Z.-R., 468 burns, 443 Mulder S. and Kester A.,D. M., Incidence of Shoenberg P., see Sturgeon D., 10 Svedman C., see Hammarlund C., 296 medically treated burns iz the Netherlands, 357 Shostak A., see Benmeir P., 320 Svedman C., Hammarlund C., Kutlu N. and van Rijn O. J. L., Meertens R. M., Kok G. and Shvets V. N., Malakhov S. F., Egorov B. B., Svedman P., Skin suction blister wound exposed Bouter L. M., Determinants of behavioural risk Bautin E. A. and Vnukova Z. E., The ability of to UV-irradiation a burn wound model for use in factors for burn injuries, 364 microautotransplants to reepithelize deep and humans, 41 van Swaaij A. C. P. M. see Dattatreya R. M., 323 extensive skin injuries, 243 Svedman P., see Svedman C., 41 Vardy D., see Benmeir P., 402 Siim E., see Leicht P., 230 Svedman P., see Hammarlund C., 296 Vartak A. M., Keswani M. H., Patil A. R., Savitri Simon G. A., see Eldad A., 198 Svensson P., see Moller S., 279 Sr and Fernandes Sr B., Cellophane — a dressing Simon G. A., see Eldad A., 233 Sweet M. E., see Fdelman G. C., 506 for split skin graft donor sites, 239 Skakkebaek N. E., see Moller S., 279 Taddonio T. E., see Prasad J. K., 70 Venturoli A., see Maldonado M. D., 188 Slater H., see Du G.-B., 147 Tanaka H., Suzuki H., Kasai T. and Kobayashi Vnukova Z. E., see Shvets V. N.,. 243 Smahel J., Viability of skin subjected to deep partial K., Rupture of the heart in a burn patient A case Wallis K. A., see Davey R. B., 313 skin thickness thermal damage: experimental stu- report of free wall rupture of the left ventricle 425 Wang J., see Huang Y., 502 dies, 17 Teodorczyk-Injeyan J. A., Sparkes B. G., Mills Warren J., see Matthews R. N., 33 Snelling C. F. T., see Gray J. H., 37 G. B. and Peters W. J., Soluble interleukin 2- Weinberg A., see Benmeir P., 342 Sokolova T., see Benmeir P., 320 receptor & secretion is related to altered interleu- Weinberg A.., see Eldad A., 430 Songbao, Wang see Zongrong, Chen, 282 kin 2 production in thermally injured patients, 290 Wexler M. R., see Benmeir P., 342 Sorio A., see Barisoni D., 141 Terrill P. J., Kedwards S. M. and Lawrence J. C., Wexler M. R., see Eldad A., 430 Sparkes B. G., see Monge G., 269 The use of GORE-TEX bags for hand burns, 161 Williams E. E. and Griffiths T. A., Psychological Sparkes B. G., see Teodorczyk-Injeyan J. A., 290 Thomson P. D., see Prasad J. K., 70 consequences of burn injury, 478 Sparkes B. G., Influence of burn-induced lipid- Thomson P. D., see Prasad J. K., 302 Wyllie F. J. and Sutherland A. B., Measurement of protein-complex on IL2 secretion by PBMC in Tomera J. F., and Martyn J., Gastrocnemius acetyl- surface temperature as an aid to the diagnosis of vitro, 129 cholinesterase activity in response to burn trauma burn depth, 123 Steinbrecher H. A., see Handel J., 514 in the mouse, 371 Yang C.-C. see Lin, S.-D., 220 Stephen F. R., see Murray J. P., 417 Trop M., see Schiffrin E. J., 276 Yang C.-C., see Lin, S.-D., 473 Sternberg N., see Fried M., 338 Trop M.., Schiffrin E. J. and Carter E. A., Effect of Yang J. Y., see Chang L. Y., 250 Still J. M., see Law E. J., 75 platelet activating factor on reticuloendothelial Yardeni P., see Fried M., 338 Still J. M., see Law E. J., 254 system function, 193 Ye Xiong see Zongrong Chen, 282 Striglis Ch., see Panayotou P., 47 Trop M., Schiffrin E. R. and Carter E. A., Effect of Yen Dong see Zongrong Chen, 282 Stuffer M. and Papp Ch, Reconstruction of large haemolysis on reticuloendothelial system (RES) Yin Kong Fang see Jie Xiao, 423 scar areas with controlled tissue expansion com- phagocytic activity in rats, 288 Yotsuyanagi T., see Sawada Y., 225 bined with fasciocutaneous flaps, 166 Tuchman I., see Eldad A., 155 Zermani R., see Barisoni D., 141 Sturgeon D., Rosser R. and Shoenberg P., The Tuchman I., see Fried M., 338 Zongrong Chen, Ye Xiong, Songbao Wang and Kings Cross Fire. Part 2: the psychological inju- Turley C. B. and Clarke J. A., Salvage of forearm Yen Dong, Inhibition of mitochondrial respir- ries, 10 skin as an ulnar artery flap in a severely burnt atory function by an organic solvent extractable Stuto A., see Grisolia G. A., 52 upper limb, 56 component from an extract of burn eschar, 282 Sumiya S., see Ono I., 110 van Rijn O. J. L., Bouter L. M., Kester A. D. M., Sutherland A. B., see Wyllie F. J., 123 Knipschild P. G. and Meertens R. M., Aetio- SUBJECT INDEX A. B. Wallace Memorial Lecture bone regrowth epidemiological data, 47 burn research, burn care, 25 electrical burn injury, scalp, latissimus dorsi free burn injury above-elbow amputation stump flap, 338 diet, wound healing, 14 parascapular fasciocutaneous flap, 425 bone scan behavioural risk factors, 364 acetylcholinesterase activity electrical burns, 250 psychological consequences, 478 gastrocnemius, burn trauma, mouse, 371 bonfire burns burn mortality adhesive contact media barbecue, 306 Spanish regional burn centre, 201 graft fixation, burn scar management, 313 bovine collagen dressing burn patient aetiology of burn injuries bovine spray thrombin, control of haemorrhage, rupture of the heart, free wall rupture, left ven- children aged 0-4 y, 213 skin graft donor sites, 7 tricle, 425 alkali burns bovine spray thrombin burn research chemical burns, eye burns, 136 bovine collagen dressing, control of haemor- burn care, A. B. Wallace Memorial Lecture, 25 altered interleukin 2 production thage, skin graft donor sites, 70 burn scar explant cultures soluble interleukin 2-receptor, 290 Buddhist proteoglycan synthesis, human skin, 452 audit ritual burns, tradition, 335 burn scar management thermally injured children, 406 buried skin implants adhesive contact media, graft fixation, 313 barbecue skin grafting, massive burn, 342 burn trauma bonfire burns, 306 burn care gastrocnemius acetylcholinesterase activity, behavioural risk factors burn research, A. B. Wallace Memorial Lecture, mouse, 371 burn injuries, 364 25, 490 burn treatment bilateral visual loss facilities in France, 68 fifty years of treatment, 329 severe burns, children, 423 facilities in Portugal, 159 skin suction blister wound, u.v. irradiation, 41 blisters facilities in Czechoslovakia, 160 burn wounds kerosene, contact burns, 415 facilities in Israel, 228 human keratinocytes, fibrin glue, 181 boiled potato peel burn eschar burn-induced lipid—protein complex, IL1 secretion, wound dressing, 323 mitochondrial respiratory function, organic sol- PBMC, in vitro, 269 bone and joint injuries vent extractable component, extract, 282 IL2 secretion, PBMC, 129 half-ring external fixator, lower extremities, 502 burn injuries in Greece burns resuscitation, 484 Author Index burns unit in Saudi Arabia, 62 Jehovah's Witnesses, 75 hypertrophic scars, pubic area, 220 cellophane experimental studies impregnated gauze (jelonet) dressing for split-thickness skin graft, donor sites, skin viability, deep partial skin thickness thermal polyurethane film (Opsite), outpatient burns, 239 damage, 17 prospective, randomized study, 59 chemical burns moderate temperature burns, 443 Indian hospital eye burns, alkali burns, 136 extract electrical burns, 481 children mitochondrial respiratory function, organic sol- in vitro duoderm, scalp donor sites, 230 vent extractable component, burn eschar, 282 burn-induced, lipid-protien complex, IL1 secret- bilateral visual loss, severe burns, 423 eye burns ion, PBMC, 269 skin substitutes, deep partial skin thickness burns, chemical burns, alkali burns, 136 incidence of burns 52 facial burns medically treated burns, the Netherlands, 357 children aged 0-4 y intraoral splint, microstomia, 72 Infected burns aetiology of burn injuries, 213 fasciocutaneous flaps topical antibacterial effects, full thickness burns, children’s burn unit reconstruction, large scar areas, controlled tissue rats, 37 surgical treatment, deep burns, USSR, 499 expansion, 166 inflammation parameters contact burns fibrin glue elastase, plasma of burned patients, 141 burn wound model human keratinocytes, burn wounds, 181 inflammatory indicator thermoplastic road paint, 400 fifty years of treatment leucocyte adhesiveness, leucocyge aggregation blistered, kerosene, 415 burn treatment, 329 (LAA), peripheral blood, mouse, 458 control of haemorrhage forearm skin inhalation injury bovine collagen dressing, bovine spray thrombin, ulnar artery flap, severely burned upper limb, 56 methylpredisolone, lung, 384 skin graft donor sites, 70 free wall rupture pulmonary oedema, lung lobe, 468 controlled tissue expansion rupture of the heart, burn patient, left ventricle, insulin-like growth 1 (IGF-1), 279 reconstruction, large scar areas, fasiocutaneous 425 interface for skin grafting flaps, 166 friction burns Omiderm, 155 Coventry thermal injury study, 33 jogging machines, potential burn hazard to chil- intestinal necrosis cross-leg free muscle flap dren, 170 platelet-activating factor, septic shock, germ-free, lower extremity, 510 full thickness burns, specific pathogen-free rodents, 276 cryopreservation topical antibacterial effects, infected burns, rats, 37 intraoral splint cultured skin cells, 380 cultured epithelial grafts, 495 microstomia, facial burns, 72 cultured epithelial grafts gastrocnemius acetylcholinesterase activity James Laing Memorial Essay 1990 full thickness burns, 495 burn trauma, mouse, 371 pain relief, 391 cultured skin cells genitalia Jehovah's Witnesses cryopreservation, 380 electrical burns, perineum, early excision, erythropoietin, 75 deep and extensive skin injuries grafting, 506 jogging machines microautotransplants, re-epithelialize, 243 germ-free friction burns, potential burn hazard to children, deep burns platelet-activating factor, intestinal necrosis, 170 surgical treatment, USSR, children’s burn unit, septic shock, specific pathogen-free rodents, kerosene 499 276 blisters, contact burns, 415 deep partial skin thickness burns glucose-6-phosphate dehydrogenase deficiency King’s Cross Fire skin substitutes, children, 52 silver-sulphadiazine, haemolytic anaemia, 430 physical burn injuries, 6 deep partial skin thickness thermal damage GORE-TEX bags psychological burn injuries, 10 skin viability, experimental studies, 17 hand burns, 161 large scar areas detached cultures graft fixation reconstruction, controlled tissue expansion, human keratinocytes, proliferation of keratino- adhesive contact media, burn scar management, fasciocutaneous flaps, 166 cytes, stored keratinocytes, 205 313 latissimus dorsi free flap diagnosis of burn depth grafting electrical burn injury, scalp, bone regrowth, 338 surface temperature, 123 electrical burns, genitalia, perineum, early exci- left ventricle diet sion 506 rupture of the heart, burn patient, free wall rup- burn injury, wound healing, 14 haemolysis ture, 425 donor sites reticuloendothelial system, RES, phagocytic leucocyte adhesiveness cellophane, dressing for split-thickness skin graft, activity, rats, 288 leucocyte aggregation (LAA), indicator, periph- 239 haemoiytic anaemia eral blood, mouse, inflammatory indicator, 458 dressing for split-thickness skin graft silver-sulphadiazine, glucose-6-phosphate dehy- leucocyte aggregation (LAA) cellophane, donor sites, 239 drogenase deficiency, 430 leucocyte adhesiveness, peripheral blood, mouse, dressing of the burn wound half-ring external fixator inflammatory indicator, 458 natural history of burn wounds, 233 bone and joint injuries, lower extremities, 502 lipid-protein complex duoderm hand burns burn-induced, IL1 secretion, PMBC, in vitro, 269 scalp donor sites, children, 230 GORE-TEX bags, 161 lower extremities early excision high-tension electrical-arc-induced therm.-| burns half-ring external fixator, bone and joint injuries, electrical burns, genitalia, perineum, grafting, 506 railway overhead cables, 411 502 early weight gain hot tap water burns cross-leg free muscle flap, 510 resuscitation regimens, 147 electric, immersion heater safety, 417 lung elastase human keratinocytes from glue, burn wounds methylpredisolone, inhalation injury, 384 plasma of burned patients, inflammation par- proliferation of keratinocytes, stored keratino- lung lobe ameters, 141 cytes, detached cultures, 205 pulmonary oedema, inhalation injury, 468 electric immersion heater safety human skin lymphocytopenia hot tap water burns, 417 proteoglycan synthesis, burn scar explant cul- peripheral blood lymphocytes, lymphocyte electrical burn injury tures, 452 phenotype, thermal injury, 188 scalp, bone regrowth, latissimus dorsi free flap, hyperbaric oxygen lymphocyte phenotype 338 u.v. irradiated blister wounds, 296 peripheral blood lymphocytes, thermal injury, electrical burns hypertrophic scars lymhocytopenia, 188 bone scan, 250 pubic area, iliac flap, 220 major thermal injury Indian hospital, 481 IDF Medical Corps plasma fibronectin, predictors, of survival, 185 genitalia, perineum, early excision, grafting, 506 Ural train—gas pipeline catastrophe, 320 massive burn enriched lactate solution (ELS) IL1 secretion burn skin implants, skin grafting, 342 resuscitation after burn injury, 110 burn-induced lipid-protein complex, PBMC, in medically treated burns epidemiological data vitro, 269 incidence of burns, the Netherlands, 357 burn injuries in Greece, 47 IL2 secretion methylpredisolone epidemiology of burn injury 104 burn-induced lipid-protein complex, PBMC, 129 lung, inhalation injury, 384 erythropoietin iliac flap microautotranspiants 528 Burns (1991) Vol. 17/No. 6 re-epithelialize, deep and extensive skin injuries, ion, in vitro, 269 severely burned upper limb 243 polyurethane film (Opsite) forearm skin, ulnar artery flap, 56 microbiological aspects of burns impregnated gauze (Jelonet), outpatient burns, silver-sulphadiazine Mount Vernon Hospital, UK, 309 prospective, randomized study, 59 haemolytic anaemia, glucose-6-phosphate dehy- microskin grafting postburn contracture neck drogenase deficiency, 430 rabbits, pigskin new dynamic extension split, 65 skin collagen xenograft overlay, 473 potential burn hazard to children thermal damage, 209 microstomia friction burns, jogging machines, 170 skin graft donor sites intraoral splint, facial burns, 72 predictors of survival bovine collagen dressing, bovine spray thrombin, mitochondrial respiratory function plasma fibronectin, major thermal injury, 185 control of haemorrhage, 70 organic solvent extractable component, extract, proliferation of keratinocytes skin grafting burn eschar, 282 human keratinocytes, stored keratinocytes, buried skin implants, massive burn, 342 moderate temperature burns detached cultures, 205 skin substitutes experimental studies, 443 prospective randomized study deep partial skin thickness burns, children, 52 mortality polyurethane film (Opsite), impregnated gauze skin suction blister wound retrospective review, 402 (Jelonet), outpatient burns, 59 u.v. irradiation, burn wound model, 41 Mount Vernon Hospital, UK protein-free haemodialysate skin viability microbiological aspects of burns, 309 topical treatment, standardized burns, 93 deep partial skin thickness thermal damage, mouse proteoglycan synthesis experimental studies, 17 gastrocnemius acetylcholinesterase activity, burn human skin, burn scar explant cultures, 452 soluble interleukin 2-receptor trauma, 371 psychological consequences Spanish regional burn centre leucocyte adhesiveness, leucocyte aggregation burn injury, 478 burn mortality, 201 (LAA), peripheral blood, inflammatory indica- psychological burn injuries altered interleukin 2 production, 290 tor, 458 King’s Cross Fire, 10 ‘Special effects’ burn injuries, 50 natural history of burn wounds pubic area specific pathogen-free rodents dressing of the burn wound, 233 hypertrophic scars, iliac flap, 220 platelet-activating factor, intestinal necrosis, Netherlands pulmonary oedema septic shock, germ-free, 276 incidence of burns, medically treated burns, 357 lung lobe, inhalation injury, 468 split thickness donor wounds new dynamic extension split purulent pericarditis, 254 thrombin ointment, rapid haemostasis, scalp, 225 postburn contracture neck, 65 pyogenic pericarditis, 340 standardized burns nonpermeable membrane rabbits topical treatment, protein-free haemodialysate, thermographic assessment, wound covering, 117 microskin grafting, pigskin 93 Omiderm xenograft overlay, 473 stored keratinocytes interface for skin grafting, 155 railway overhead cables human keratinocytes, proliferation of keratino- organic solvent extractable component high-tension electrical-arc-induced thermal burns, cytes, detached cultures, 205 mitochondrial respiratory function, extract, burn 411 surface temperature eschar, 282 rapid haemostasis diagnosis of burn depth, 123 outpatient burns thrombin ointment, split thickness donor wounds, surgical treatment polyurethane film (Opsite), impregnated gauze scalp, 225 deep burns, USSR, children’s burn unit, 499 (Jelonet), prospective, randomized study, 59 rats thermal damage paediatric burns topical antibacterial effects, infected burns, full skin collagen, 209 pain control, patient controiled analgesia, 396 skin thickness burns; 37 thermal injury pain control haemolysis, reticuloendothelial system, RES, peripheral blood lymphocytes, lymphocyte paediatric burns, patient controlled analgesia, 396 phagocytic activity, 288 phenotype, lymphocytopenia, 188 pain relief re-epithelialize thermally injured children James Laing Memorial Essay 1990, 391 microautotransplants, deep and extensive skin audit, 406 parascapular fasciocutaneous flap injuries, 243 thermographic assessment above-elbow amputation stump, 425 reconstruction nonpermeable membrane, wound covering, 117 patient controlled analgesia large scar areas, controlled tissue expansion, thermoplastic road paint pain control, paediatric burns, 396 fasciocutaneous flaps, 166 contact burns, 400 perineum reconstructive surgery, 302 thrombin ointment electrical burns, genitalia, early excision, grafting, resuscitation after burn injury rapid haemostasis, split thickness donor wounds, 506 enriched lactate solution (ELS), 110 scalp, 255 peripheral blood resuscitation regimens thromboembolic events, 514 leucocyte adhesiveness, leucocyte aggregation early weight gain, 147 topical antibacterial effects (LAA), mouse, inflammatory indicatory, 458 RES infected burns, full thickness burns, rats, 37 peripheral blood lymphocytes haemolysis, reticuloendothelial system, phago- topical treatment lymphocyte phenotype, thermal injury, lympho- cytic activity, rats, 288 standardized burns, protein-free haemodialysate, cytopenia, 188 reticuloendothelial system tradition phagocytic activity platelet activating factor, 193 ritual burns, Buddhist, 335 haemolysis, reticuloendothelial system, RES, rats, haemolysis, RES, treatment of phosphorous burns 288 phagocytic activity, rats, 288 phosphorous burn, 198 phosphorous burn retrospective reivew USSR treatment of phosphorous burns, 198 mortality, 402 surgical treatment, deep burns, children’s burn physical burn injuries ritual burns unit, 499 King’s Cross Fire, 6 Buddhist, tradition, 335 Ural train-gas pipeline catastrophe pigskin xenograft overlay rupture of the heart IDF Medical Corps, 320 microskin grafting, rabbits, 473 burn patient, free wall rupture, left ventricle, 425 u.v. irradiated blister wounds plasma fibronectin scalp hyperbaric oxygen, 296 predictors of survival, major thermal injury, 185 thrombin ointment, rapid haemostasis, split thick- u.v. irradiation plasma of burned patients ness donor wounds, 225 skin suction blister wound, burn wound model, 41 elastase, inflammation parameters, 141 electrical burn injury, bone regrowth, latissimus ulnar artery flap platelet activating factor dorsi free flap, 338 forearm skin, severely burned upper limb, 56 reticuloendothelial system, 193 scalp donor sites work-related burns, 151 platelet-activating factor duoderm, children, 230 wound covering intestinal necrosis, septic shock, germ-free, spec- septic shock thermographic assessment, nonpermeable mem- ific pathogen-free rodents, 276 platelet-activating factor, intestinal necrosis, brane, 117 PMBC germ-free, specific pathogen-free rodents, 276 wound dressing burn-induced lipid-protein-complex, IL2 secret- serum protein abnormalities, 462 boiled potato peel, 323 ion, 129 severe burns wound healing burn-induced, lipid-protein complex, IL1 secret- bilateral visual loss, children, 423 diet, burn injury, 14 a