Wound Repair and Regeneration 1993: Vol 1 Index

9 Pages·1993·3 MB·English

Author Index
A E
Albertson S (see Greenhalgh et al). 1993;1:69-81 Eagistein WH (see Bucalo et al). 1993;1:181-6
Altman M (see Mulder et al). 1993;1:213-8 Ehrlich HP. 1993;1:1 (Editorial)
Angel MF (see Im et al). 1993;1:253-8 —— (see Krummel et al). 1993;1:15-21
Aram M (see Steenfos et al). 1993;1:231-5
Aukerman SL (see Phillips et al). 1993;1:3-9 F
Falanga V (see Bucalo et al). 1993;1:181-6
Fisher J (see Perry et al). 1993;1:41-6
B Forsyth N (see Tredget et al). 1993;1:156-65
Baxter CR (see Grinnell et al). 1993;1:236-43 Franzén LE, Schultz GS. Transforming growth
Bjellerup M, Lindholm C, Christensen OB, Zederfeldt factor-B enhances connective tissue repair in perfo-
B. Analysis of therapy-resistant venous leg ulcers: rated rat mesentery but not peritoneal macrophage
Can triple-layer treatment initiate healing? 1993;1: chemotaxis. 1993;1:149-55
54-62 — — (see Malcherek et al). 1993;1:63-8
Breeden MP (see Greenhalgh et al). 1993;1:69-81
Bucalo B, Eaglistein WH, Falanga V. Inhibition of G
cell proliferation by chronic wound fluid. 1993;1: Garrel DR, Zhang L, Zhao X-F, Hammond GL. Effect
181-6 of burn injury on corticosteroid-binding globulin
levels in plasma and wound fluid. 1993;1:10-4
Gerhardt CO (see Ksander et al). 1993;1:137-48
C
Ghahary A, Shen YJ, Scott PG, Tredget EE. Expression
Charles PD (see Perry et al). 1993;1:41-6 of fibronectin messenger RNA in hypertrophic and
Chegini N, Rossi MJ, Schultz GS, Dunn WA Jr, Master- normal dermal tissues and in vitro regulation by
son BJ. Cellular distribution of epidermal growth interferon alfa-2b. 1993;1:166-74
factor, transforming growth factor-a, and epidermal — — (see Tredget et al). 1993;1:156-65
growth factor receptor in fascia and peritoneum dur- Goodkin DA, Pierce GF. Role of platelet-derived
ing healing in the rat: an autoradiographic and im- growth factor in osteoblast function and bone
munohistochemical study. 1993;1:28-40 synthesis: conflicting evidence. 1993;1:203-12
Christensen OB (see Bjellerup et al). 1993;1:54-62 Greenhalgh DG, Hummell RP III, Albertson S,
Cohen IK (see Krummel et al). 1993;1:15-21 Breeden MP. Synergistic actions of platelet-derived
Connors AW (see Perry et al). 1993;1:41-6 growth factor and the insulin-like growth factors in
vivo: enhancement of tissue repair in genetically
diabetic mice. 1993;1:69-81
D
Greenwald D (see Stadelmann et al). 1993;1:187-93
de Vries HJC, Mekkes JR, Middelkoop E, Hinrichs Grinnell F, Baxter CR, Zhu M, Yin HL. Detection of the
WLJ, Wildevuur CRH, Westerhof W. Dermal substi- actin scavenger system in burn wound fluid. 1993;
tutes for full-thickness wounds in a one-stage graft- 1:236-43
ing model. 1993;1:244-52
Diegelmann RF (see Krummel et al). 1993;1:15-21 H
Dunn WA Jr (see Chegini et al). 1993;1:28-40 Hammond GL (see Garrel et al). 1993;1:10-4
Harrop AR (see Tredget et al). 1993;1:156-65
Haynes JH (see Krummel et al). 1993;1:15-21
Hinrichs WLJ (see de Vries et al). 1993;1:244-52
January-March, pp. 1-52; April-June, pp. 53-136; July-September, Hummell RP III (see Greenhalgh et al). 1993;1:69-81
pp. 137-200; October-December, pp. 201-274. Hunt TK. 1993;1:2 (Editorial)
265
WOUND REPAIR AND REGENERATION
266 AUTHOR INDEX OCTOBER-DECEMBER 1993
I N
Im MJ, Angel MF, Vander Kolk CA, Manson PN. Nakamura T (see Steenfos et al). 1993;1:231-5
Microanalyses of enzymes and metabolites in Nanney LB (see Perry et al). 1993;1:41-6
ischemia/reperfusion-induced partial-thickness skin — — (see Wenczak and Nanney). 1993;1:219-30
wounds. 1993;1:253-8 Nelson JM (see Krummel et al). 1993;1:15-21
O
J
Olsen DR (see Ksander et al). 1993;1:137-48
Jansson J-O (see Steenfos et al). 1993;1:231-5
Y
K
Perry LC, Connors AW, Matrisian LM, Nanney LB,
Kerr LD (see Perry et al). 1993;1:41-6
Charles PD, Reyes DP, Kerr LD, Fisher J. Role of
Knighton DR (see Phillips et al). 1993;1:3-9
transforming growth factor-B, and epidermal
Ko F (see Sahara et al). 1993;1:22-7
growth factor in the wound-healing process: an in
Krizek T (see Stadelmann et al). 1993;1:187-93
vivo biomechanical evaluation. 1993;1:41-6
Krummel TM, Ehrlich HP, Nelson JM, Michna BA,
Phillips GD, Aukerman SL, Whitehead RA, Knighton
Thomas BL, Haynes JH, Cohen IK, Diegelmann RF.
DR. Macrophage colony-stimulating factor induces
In vitro and in vivo analysis of the inability of fetal
indirect angiogenesis in vivo. 1993;1:3-9
rabbit wounds to contract. 1993;1:15-21
Phillips L (see Sahara et al). 1993;1:22-7
Ksander GA, Gerhardt CO, Olsen DR. Exogenous
Pierce GF (see Goodkin and Pierce). 1993;1:203-12
transforming growth factor-8, enhances connective
Pierrot D (see Zahm et al). 1993;1:175-80
tissue formation in transforming growth factor-
Puchelle E (see Zahm et al). 1993;1:175-80
B,-deficient, healing-impaired dermal wounds in
mice. 1993;1:137-48
Kucukcelebi A (see Sahara et al). 1993;1:22-7 R
Reyes DP (see Perry et al). 1993;1:41-6
Robson M (see Sahara et al). 1993;1:22-7
L
Rossi MJ (see Chegini et al). 1993;1:28-40
Leoni K (see Stadelmann et al). 1993;1:187-93
Lindblad WJ. 1993;1:2 (Editorial)
— —. 1993;1:53 (Editorial) S
— —. 1993;1:202 (Editorial) Sahara K, Kucukcelebi A, Ko F, Phillips L, Robson M.
Lindholm C (see Bjellerup et al). 1993;1:54-62 Suppression of in vitro proliferative scar fibroblast
Liu G (see Tredget et al). 1993;1:156-65 contraction by interferon alfa-2b. 1993;1:22-7
Schultz GS (see Chegini et al). 1993;1:28-40
— — (see Franzén and Schultz). 1993;1:149-55
M — — (see Malcherek et al). 1993;1:63-8
Malcherek P, Schultz G, Wingren U, Franzén L. Effect Scott PG (see Ghahary et al). 1993;1:166-74
of epidermal growth factor on cell proliferation in — — (see Tredget et al). 1993;1:156-65
normal and wounded connective tissue. 1993;1:63-8 Seeley JE (see Mulder et al). 1993;1:213-8
Manson PN (see Im et al). 1993;1:253-8 Shen YJ (see Ghahary et al). 1993;1:166-74
Masterson BJ (see Chegini et al). 1993;1:28-40 — — (see Tredget et al). 1993;1:156-65
Matrisian LM (see Perry et al). 1993;1:41-6 Shumway S (see Stadelmann et al). 1993;1:187-93
Mekkes JR (see de Vries et al). 1993;1:244-52 Smith C (see Tredget et al). 1993;1:156-65
Michna BA (see Krummel et al). 1993;1:15-21 Stadelmann W, Greenwald D, Stevens L, Shumway §S,
Middelkoop E (see de Vries et al). 1993;1:244-52 Leoni K, Krizek T. Mechanical analysis of the effects
Mulder GD, Altman M, Seeley JE, Tintle T. Prospective of bacteria and aprotinin on skin wound healing in
randomized study of the efficacy of hydrogel, hydro- adult guinea pigs. 1993;1:187-93
colloid, and saline solution—moistened dressings on Steenfos H, Tarnow P, Aram M, Nakamura T, Jansson
the management of pressure ulcers. 1993;1:213-8 J-O. Increased gene expression of scatter factor—
VOL. 1, NO. 4
OCTOBER-DECEMBER 1993 AUTHOR INDEX 267
hepatocyte growth factor and basic fibroblast growth Westerhof W (see de Vries et al). 1993;1:244-52
factor in granulation tissue in the rat. 1993;1:231-5 Whitehead RA (see Phillips et al). 1993;1:3-9
Stevens L (see Stadelmann et al). 1993;1:187-93 Wildevuur CRH (see de Vries et al). 1993;1:244-
52
T Wingren U (see Malcherek et al). 1993;1:63-8
Tarnow P (see Steenfos et al). 1993;1:231-5
Thomas BL (see Krummel et al). 1993;1:15-21 Y
Tintle T (see Mulder et al). 1993;1:213-8 Yin HL (see Grinnell et al). 1993;1:236-43
Tredget EE, Shen YJ, Liu G, Forsyth N, Smith C,
Harrop AR, Scott PG, Ghahary A. Regulation of Z
collagen synthesis and messenger RNA levels in Zahm J-M, Pierrot D, Puchelle E. Epidermal growth
normal and hypertrophic scar fibroblasts in vitro by factor promotes wound repair of human respiratory
interferon alfa-2b. 1993;1:156-65 epithelium. 1993;1:175-80
— — (see Ghahary et al). 1993;1:166-74 Zederfeldt B. 1993;1:1 (Editorial)
— — (see Bjellerup et al). 1993;1:54-62
V Zhang L (see Garrel et al). 1993;1:10-4
Vander Kolk CA (see Im et al). 1993;1:253-8 Zhao X-F (see Garrel et al). 1993;1:10-4
Zhu M (see Grinnell et al). 1993;1:236-43
Ww
Wenczak B, Nanney LB. Correlation of transforming
growth factor-a and epidermal growth factor recep-
tor with proliferating cell nuclear antigen in human
burn wounds. 1993;1:219-30
subject Index
of vivo biomechanical evaluation (Perry et al). 1993;
Actins 1:41-6
Detection of the actin scavenger system in burn Bone
wound fiuid (Grinnell et al). 1993;1:236-43 Role of platelet-derived growth factor in osteoblast
Amniotic fluid function and bone synthesis: conflicting evidence
In vitro and in vivo analysis of the inability of fetal (Goodkin and Pierce). 1993;1:203-12
rabbit wounds to contract (Krummel et al). 1993; Burns
1:15-21 Correlation of transforming growth factor-a and
Angiogenesis; see Neovascularization epidermal growth factor receptor with proliferat-
Antigens ing cell nuclear antigen in human burn wounds
Correlation of transforming growth factor-a and (Wenczak and Nanney). 1993;1:219-30
epidermal growth factor receptor with proliferat- Detection of the actin scavenger system in burn
ing cell nuclear antigen in human burn wounds wound fluid (Grinnell et al). 1993;1:236-43
(Wenczak and Nanney). 1993;1:219-30 Effect of burn injury on corticosteroid-binding glob-
Aprotinin ulin levels in plasma and wound fluid (Garrel et al).
Mechanical analysis of the effects of bacteria and 1993;1:10-4
aprotinin on skin wound healing in adult guinea
pigs (Stadelmann et al). 1993;1:187-93 C
Autoradiography
Cell division
Cellular distribution of epidermal growth factor,
Correlation of transforming growth factor-a
transforming growth factor-a, and epidermal
and epidermal growth factor receptor with
growth factor receptor in fascia and peritoneum
proliferating cell nuclear antigen in human
during healing in the rat: an autoradiographic and
burn wounds (Wenczak and Nanney). 1993;1:
immunohistochemical study (Chegini et al). 1993;
219-30
1:28-40
Effect of epidermal growth factor on cell prolifera-
tion in normal and wounded connective tissue
B
(Malcherek et al). 1993;1:63-8
Bacteria
Inhibition of cell proliferation by chronic wound fluid
Mechanical analysis of the effects of bacteria and
(Bucalo et al). 1993;1:181-6
aprotinin on skin wound healing in adult guinea
Suppression of in vitro proliferative scar fibroblast
pigs (Stadelmann et al). 1993;1:187-93
contraction by interferon alfa-2b (Sahara et al).
Bandages
1993;1:22-7
Analysis of therapy-resistant venous leg ulcers: Can
Chemotaxis
triple-layer treatment initiate healing? (Bjellerup
Transforming growth factor-8 enhances connective
et al). 1993;1:54-62
tissue repair in perforated rat mesentery but not
Inhibition of cell proliferation by chronic wound fluid
peritoneal macrophage chemotaxis (Franzén and
(Bucalo et al). 1993;1:181-6
Schultz). 1993;1:149-55
Prospective randomized study of the efficacy of
Cicatrix
hydrogel, hydrocolloid, and saline solution—moist-
Regulation of collagen synthesis and messenger RNA
ened dressings on the management of pressure
levels in normal and hypertrophic scar fibroblasts
ulcers (Mulder et al). 1993;1:213-8
in vitro by interferon alfa-2b (Tredget et al).
Biomechanics
1993;1:156-65
Role of transforming growth factor-B, and epidermal
Suppression of in vitro proliferative scar fibroblast
growth factor in the wound-healing process: an in
contraction by interferon alfa-2b (Sahara et al).
1993;1:22-7
January-March, pp. 1-52; April-June, pp. 53-136; July-September, Collagen
pp. 137-200; October-December, pp. 201-274. Regulation of collagen synthesis and messenger RNA
268
VOL. 1, NO. 4
OCTOBER-DECEMBER 1993
SUBJECT INDEX 269
levels in normal and hypertrophic scar fibroblasts Correlation of transforming growth factor-a and
in vitro by interferon alfa-2b (Tredget et al). epidermal growth factor receptor with proliferat-
1993;1:156-65 ing cell nuclear antigen in human burn wounds
Connective tissue (Wenczak and Nanney). 1993;1:219-30
Effect of epidermal growth factor on cell prolifera- Effect of epidermal growth factor on cell prolifera-
tion in normal and wounded connective tissue tion in normal and wounded connective tissue
(Malcherek et al). 1993;1:63-8 (Malcherek et al). 1993;1:63-8
Exogenous transforming growth factor-B, enhances Epidermal growth factor promotes wound repair of
connective tissue formation in transforming human respiratory epithelium (Zahm et al). 1993;
growth factor-B,—deficient, healing-impaired der- 1:175-80
mal wounds in mice (Ksander et al). 1993;1:137- Role of transforming growth factor-8, and epidermal
48 growth factor in the wound-healing process: an in
Transforming growth factor-8 enhances connective vivo biomechanical evaluation (Perry et al). 1993;
tissue repair in perforated rat mesentery but not 1:41-6
peritoneal macrophage chemotaxis (Franzén and Epithelium
Schultz). 1993;1:149-55 Dermal substitutes for full-thickness wounds in a
Corticosteroid-binding globulin; see Transcortin one-stage grafting model (de Vries et al). 1993;1:
Cytokines 244-52
Macrophage colony-stimulating factor induces indi- Epidermal growth factor promotes wound repair of
rect angiogenesis in vivo (Phillips et al). 1993;1:3-9 human respiratory epithelium (Zahm et al). 1993;
1:175-80
D European Tissue Repair Society
Decubitus ulcer Abstracts. 1993;1:84-134
Prospective randomized study of the efficacy of
hydrogel, hydrocolloid, and saline solution—moist- F
ened dressings on the management of pressure Fascia
ulcers (Mulder et al). 1993;1:213-8 Cellular distribution of epidermal growth factor,
Dermis; see Skin transforming growth factor-a, and epidermal
Diabetes mellitus growth factor receptor in fascia and peritoneum
Synergistic actions of platelet-derived growth factor during healing in the rat: an autoradiographic and
and the insulin-like growth factors in vivo: en- immunohistochemical study (Chegini et al). 1993;
hancement of tissue repair in genetically diabetic 1:28-40
mice (Greenhalgh et al). 1993;1:69-81 Fetus
In vitro and in vivo analysis of the inability of fetal
E rabbit wounds to contract (Krummel et al). 1993;
Editorials 1:15-21
Editorials. 1993;1:1-2, 53, 202 Fibroblast growth factor
Endothelium Increased gene expression of scatter factor—hepato-
Inhibition of cell proliferation by chronic wound fluid cyte growth factor and basic fibroblast growth
(Bucalo et al). 1993;1:181-6 factor in granulation tissue in the rat (Steenfos et
Enzymes al). 1993;1:231-5
Microanalyses of enzymes and metabolites in Fibroblasts
ischemia/reperfusion-induced __ partial-thickness Inhibition of cell proliferation by chronic wound fluid
skin wounds (Im et al). 1993;1:253-8 (Bucalo et al). 1993;1:181-6
Epidermal growth factor-urogastrone Regulation of collagen synthesis and messenger RNA
Cellular distribution of epidermal growth factor, levels in normal and hypertrophic scar fibroblasts
transforming growth factor-a, and epidermal in vitro by interferon alfa-2b (Tredget et al).
growth factor receptor in fascia and peritoneum 1993;1:156-65
during healing in the rat: an autoradiographic and Suppression of in vitro proliferative scar fibroblast
immunohistochemical study (Chegini et al). 1993; contraction by interferon alfa-2b (Sahara et al).
1:28-40 1993;1:22-7
WOUND REPAIR AND REGENERATION
270 SUBJECT INDEX OCTOBER-DECEMBER 1993
Fibronectins in vitro by interferon alfa-2b (Tredget et al).
Expression of fibronectin messenger RNA in hyper- 1993;1:156-65
trophic and normal dermal tissues and in vitro
regulation by interferon alfa-2b (Ghahary et al). I
1993;1:166-74 Immunohistochemistry
Cellular distribution of epidermal growth factor,
G transforming growth factor-a, and epidermal
growth factor receptor in fascia and peritoneum
Gene expression
during healing in the rat: an autoradiographic and
Increased gene expression of scatter factor—hepato-
immunohistochemical study (Chegini et al). 1993;
cyte growth factor and basic fibroblast growth
1:28-40
factor in granulation tissue in the rat (Steenfos et
Insulin-like growth factors
al). 1993;1:231-5
Synergistic actions of platelet-derived growth factor
Grafts
Dermal substitutes for full-thickness wounds in a and the insulin-like growth factors in vivo: en-
hancement of tissue repair in genetically diabetic
one-stage grafting model (de Vries et al). 1993;1:
mice (Greenhalgh et al). 1993;1:69-81
244-52
Interferon alfa-2b
Granulation tissue
Expression of fibronectin messenger RNA in hyper-
Increased gene expression of scatter factor—hepato-
cyte growth factor and basic fibroblast growth trophic and normal dermal tissues and in vitro
factor in granulation tissue in the rat (Steenfos et regulation by interferon alfa-2b (Ghahary et al).
al). 1993;1:231-5 1993;1:166-74
Regulation of collagen synthesis and messenger RNA
Guest reviewers
levels in normal and hypertrophic scar fibroblasts
Guest reviewers. 1993;1:201
in vitro by interferon alfa-2b (Tredget et al).
1993;1:156-65
H
Suppression of in vitro proliferative scar fibroblast
Hepatocyte growth factor contraction by interferon alfa-2b (Sahara et al).
Increased gene expression of scatter factor—hepato- 1993;1:22-7
cyte growth factor and basic fibroblast growth Ischemia
factor in granulation tissue in the rat (Steenfos et Microanalyses of enzymes and metabolites in
al). 1993;1:231-5 ischemia/reperfusion-induced __ partial-thickness
Hydrocolloids skin wounds (Im et al). 1993;1:253-8
Analysis of therapy-resistant venous leg ulcers: Can
triple-layer treatment initiate healing? (Bjellerup
K
et al). 1993;1:54-62
Keratinocytes
Prospective randomized study of the efficacy of
Inhibition of cell proliferation by chronic wound fluid
hydrogel, hydrocolloid, and saline solution—moist-
(Bucalo et al). 1993;1:181-6
ened dressings on the management of pressure
ulcers (Mulder et al). 1993;1:213-8
L
Hydrogel
Prospective randomized study of the efficacy of Leg ulcer
hydrogel, hydrocolloid, and saline solution—moist- Analysis of therapy-resistant venous leg ulcers: Can
ened dressings on the management of pressure triple-layer treatment initiate healing? (Bjellerup
ulcers (Mulder et al). 1993;1:213-8 et al). 1993;1:54-62
Hypertrophy Literature update
Expression of fibronectin messenger RNA in hyper- Literature update. 1993;1:47-9, 194-7, 259-60
trophic and normal dermal tissues and in vitro
regulation by interferon alfa-2b (Ghahary et al). M
1993;1:166-74 Macrophage colony-stimulating factor
Regulation of collagen synthesis and messenger RNA Macrophage colony-stimulating factor induces indi-
levels in normal and hypertrophic scar fibroblasts rect angiogenesis in vivo (Phillips et al). 1993;1:3-9
VOL. 1, NO. 4
OCTOBER-DECEMBER 1993
SUBJECT INDEX 274
Macrophages ulin levels in plasma and wound fluid (Garrel et al).
Transforming growth factor-6 enhances connective 1993;1:10-4
tissue repair in perforated rat mesentery but not Platelet-derived growth factor
peritoneal macrophage chemotaxis (Franzén and Role of platelet-derived growth factor in osteoblast
Schultz). 1993;1:149-55 function and bone synthesis: conflicting evidence
Mesentery (Goodkin and Pierce). 1993;1:203-12
Transforming growth factor-B enhances connective Synergistic actions of platelet-derived growth factor
tissue repair in perforated rat mesentery but not and the insulin-like growth factors in vivo: en-
peritoneal macrophage chemotaxis (Franzén and hancement of tissue repair in genetically diabetic
Schultz). 1993;1:149-55 mice (Greenhalgh et al). 1993;1:69-81
Messenger RNA; see RNA, messenger Proliferation, cellular; see Cell division
R
N
Nasal mucosa Receptors, epidermal growth factor-urogas-
trone
Epidermal growth factor promotes wound repair of
human respiratory epithelium (Zahm et al). 1993; Cellular distribution of epidermal growth factor,
1:175-80 transforming growth factor-a, and epidermal
Neovascularization growth factor receptor in fascia and peritoneum
during healing in the rat: an autoradiographic and
Macrophage colony-stimulating factor induces indi-
immunohistochemical study (Chegini et al). 1993;
rect angiogenesis in vivo (Phillips et al). 1993;1:3-9
1:28-40
Neutrophils
Correlation of transforming growth factor-a and
Macrophage colony-stimulating factor induces indi-
epidermal growth factor receptor with proliferat-
rect angiogenesis in vivo (Phillips et al). 1993;1:3-9
ing cell nuclear antigen in human burn wounds
(Wenczak and Nanney). 1993;1:219-30
O
Reperfusion injury
Osteoblasts
Microanalyses of enzymes and metabolites in
Role of platelet-derived growth factor in osteoblast
ischemia/reperfusion-induced __ partial-thickness
function and bone synthesis: conflicting evidence
skin wounds (Im et al). 1993;1:253-8
(Goodkin and Pierce). 1993;1:203-12
RNA, messenger
Expression of fibronectin messenger RNA in hyper-
P trophic and normal dermal tissues and in vitro
Peptides regulation by interferon alfa-2b (Ghahary et al).
Exogenous transforming growth factor-B, enhances 1993;1:166-74
connective tissue formation in transforming Regulation of collagen synthesis and messenger RNA
growth factor-B,—deficient, healing-impaired der- levels in normal and hypertrophic scar fibroblasts
mal wounds in mice (Ksander et al). 1993;1: in vitro by interferon alfa-2b (Tredget et al).
137-48 1993;1:156-65
Peritoneum
Cellular distribution of epidermal growth factor, S
transforming growth factor-a, and epidermal Saline solution
growth factor receptor in fascia and peritoneum Prospective randomized study of the efficacy of
during healing in the rat: an autoradiographic and hydrogel, hydrocolloid, and saline solution—moist-
immunohistochemical study (Chegini et al). 1993; ened dressings on the management of pressure
1:28-40 ulcers (Mulder et al). 1993;1:213-8
Transforming growth factor-B enhances connective Scar; see Cicatrix
tissue repair in perforated rat mesentery but not Scatter factor
peritoneal macrophage chemotaxis (Franzén and Increased gene expression of scatter factor—hepato-
Schultz). 1993;1:149-55 cyte growth factor and basic fibroblast growth
Plasma factor in granulation tissue in the rat (Steenfos
Effect of burn injury on corticosteroid-binding glob- et al). 1993;1:231-5
WOUND REPAIR AND REGENERATION
272 SUBJECT INDEX OCTOBER-DECEMBER 1993
Skin ing cell nuclear antigen in human burn wounds
Dermal substitutes for full-thickness wounds in a (Wenczak and Nanney). 1993;1:219-30
one-stage grafting model (de Vries et al). 1993;1: Transforming growth factor beta
244-52 Exogenous transforming growth factor-8, enhances
Exogenous transforming growth factor-B, enhances connective tissue formation in transforming
connective tissue formation in transforming growth factor-B deficient, healing-impaired der-
growth factor-B,—deficient, healing-impaired der- mal wounds in mice (Ksander et al). 1993;1:137-48
mal wounds in mice (Ksander et al). 1993;1:137-48 Role of transforming growth factor-B, and epidermal
Expression of fibronectin messenger RNA in hyper- growth factor in the wound-healing process: an in
trophic and normal dermal tissues and in vitro vivo biomechanical evaluation (Perry et al). 1993;
regulation by interferon alfa-2b (Ghahary et al). 1:41-6
1993;1:166-74 Transforming growth factor-8 enhances connective
Mechanical analysis of the effects of bacteria and tissue repair in perforated rat mesentery but not
aprotinin on skin wound healing in adult guinea peritoneal macrophage chemotaxis (Franzén and
pigs (Stadelmann et al). 1993;1:187-93 Schultz). 1993;1:149-55
Microanalyses of enzymes and metabolites in Triple-layer treatment; see Bandages
ischemia/reperfusion-induced __ partial-thickness
skin wounds (Im et al). 1993;1:253-8 V
Somatomedins Venous leg ulcer; see Leg ulcer
Synergistic actions of platelet-derived growth factor
and the insulin-like growth factors in vivo: en- WwW
hancement of tissue repair in genetically diabetic Wound contraction
mice (Greenhalgh et al). 1993;1:69-81 In vitro and in vivo analysis of the inability of fetal
rabbit wounds to contract (Krummel et al). 1993;
T 1:15-21
Transcortin Suppression of in vitro proliferative scar fibroblast
Effect of burn injury on corticosteroid-binding glob- contraction by interferon alfa-2b (Sahara et al).
ulin levels in plasma and wound fluid (Garrel et al). 1993;1:22-7
1993;1:10-4 Wound fluid
Transforming growth factor alpha Detection of the actin scavenger system in burn
Cellular distribution of epidermal growth factor, wound fluid (Grinnell et al). 1993;1:236-43
transforming growth factor-a, and epidermal Effect of burn injury on corticosteroid-binding glob-
growth factor receptor in fascia and peritoneum ulin levels in plasma and wound fluid (Garrel et al).
during healing in the rat: an autoradiographic and 1993;1:10-4
immunohistochemical study (Chegini et al). 1993; Inhibition of cell proliferation by chronic wound fluid
1:28-40 (Bucalo et al). 1993;1:181-6
Correlation of transforming growth factor-a and The Wound Healing Society
epidermal growth factor receptor with proliferat- Abstracts. 1993;1:84-134
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