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polyglycolic acid (55) 55
animals (45) 45
collagen (43) 43
index medicus (34) 34
nerve regeneration (30) 30
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materials science, biomaterials (14) 14
transplantation (13) 13
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biotechnology & applied microbiology (11) 11
gap (11) 11
cell biology (10) 10
cells, cultured (10) 10
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graft (10) 10
lactic acid - chemistry (10) 10
peripheral nerve injuries (10) 10
peripheral-nerve (10) 10
schwann-cells (10) 10
electrophysiological evaluation (9) 9
grafts (9) 9
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guided tissue regeneration - methods (9) 9
materials testing (9) 9
neurosciences (9) 9
peripheral nerve regeneration (9) 9
tissue scaffolds (9) 9
biocompatible materials (8) 8
biomaterials (8) 8
cell & tissue engineering (8) 8
collagen tube (8) 8
in-vitro (8) 8
peripheral nerves - surgery (8) 8
physiological aspects (8) 8
polymers (8) 8
prostheses and implants (8) 8
rats, sprague-dawley (8) 8
sciatic-nerve (8) 8
tube (8) 8
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acids (7) 7
collagen - chemistry (7) 7
immunohistochemistry (7) 7
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middle aged (7) 7
polyglycolic acid - pharmacology (7) 7
scaffolds (7) 7
absorbable implants (6) 6
biomedical materials (6) 6
collagens (6) 6
guided tissue regeneration - instrumentation (6) 6
medicine (6) 6
microscopy, electron, scanning (6) 6
microsurgery (6) 6
polyglycolic acid-collagen tube (6) 6
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time factors (6) 6
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adult (5) 5
artificial nerve conduit (5) 5
biocompatibility (5) 5
care and treatment (5) 5
cell adhesion & migration (5) 5
disease models, animal (5) 5
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porosity (5) 5
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stem cells (5) 5
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1. Full Text Effect of cervical sympathetic ganglionectomy on facial nerve reconstruction using polyglycolic acid-collagen tubes
by Tsujimoto, Gentarou and Sunada, Katsuhisa and Nakamura, Tatsuo
Brain Research, ISSN 0006-8993, 2017, Volume 1669, pp. 79 - 88
Highlights • We generated a stellate ganglion block (SGB) via cervical sympathetic ganglionectomy. • SGB led to a 6-11-week increase in facial blood flow. •... 
Neurology | Peripheral nerve regeneration | Artificial nerve conduit | Beagle dogs | Stellate ganglion block | Blood flow | HYPERBARIC-OXYGEN | GRAFTS | REGENERATION | RATS | BLOCK | BLOOD-FLOW | SURGICAL-TREATMENT | NEUROSCIENCES | RECOVERY | REPAIR | TEMPERATURE | Nerve Regeneration - physiology | Miosis - physiopathology | Stellate Ganglion - physiopathology | Miosis - surgery | Blepharoptosis - surgery | Tissue Scaffolds | Mouth Mucosa - blood supply | Nerve Fibers, Myelinated - pathology | Nerve Fibers, Myelinated - physiology | Female | Mouth Mucosa - pathology | Skin Temperature | Disease Models, Animal | Polyglycolic Acid | Stellate Ganglion - pathology | Mouth Mucosa - physiopathology | Regional Blood Flow | Absorbable Implants | Blepharoptosis - physiopathology | Animals | Ganglionectomy | Miosis - pathology | Dogs | Facial Nerve - surgery | Facial Nerve - pathology | Blepharoptosis - pathology | Facial Nerve - physiopathology | Guided Tissue Regeneration | Collagen | Evaluation | Skin | Transmission electron microscopes | Analysis
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2. Evaluation of the effects of a polyglycolic acid–collagen tube in the regeneration of facial nerve defects in rats
by Miwako Oatari and Miyuki Uehara and Fumiaki Shimizu
The International Journal of Artificial Organs, ISSN 0391-3988, 10/2018, Volume 41, Issue 10, p. 664
The purpose of this study was to assess the utility of a polyglycolic acid–collagen tube and to investigate its possible application in the field of facial... 
Reconstruction | Autografts | Polylactic acid | Collagens | Muscles | Recovery of function | Rats | Facial nerve | Recovery | Polyglycolic acid | Regeneration | Acids | Collagen | Rodents | Tubes
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3. Full Text Regeneration of peripheral motor nerve gaps with a polyglycolic acid-collagen tube: Technical case report
by Inada, Yuji and Hosoi, Hiroshi and Yamashita, Akinori and Morimoto, Shigeru and Tatsumi, Hideaki and Notazawa, Shunsuke and Kanemaru, Shin-Ichi and Nakamura, Tatsuo
Neurosurgery, ISSN 0148-396X, 11/2007, Volume 61, Issue 5, pp. E1105 - E1107
After previous success in regenerating canine peripheral nerves over 80 mm gaps using a bioabsorbable nerve guide tube, we have extended this method to the... 
Peripheral nerve | Regeneration | Facial nerve | Motor nerve | Collagen | Nerve guide tube | Guided Tissue Regeneration - methods | Humans | Polyglycolic Acid | Prostheses and Implants | Adult | Female | Treatment Outcome | Nerve Regeneration | Guided Tissue Regeneration - instrumentation | Peripheral Nerves - surgery | Peripheral Nerve Injuries
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4. Evaluation of the effects of a polyglycolic acid–collagen tube in the regeneration of facial nerve defects in rats
by Oatari, Miwako and Uehara, Miyuki and Shimizu, Fumiaki
International Journal of Artificial Organs, ISSN 0391-3988, 07/2018, Volume 41, Issue 10, pp. 664 - 669
Purpose: The purpose of this study was to assess the utility of a polyglycolic acid-collagen tube and to investigate its possible application in the field of... 
Facial nerve | polyglycolic acid–collagen tube | PERIPHERAL-NERVE | ACCELERATION | REPAIR | CONDUIT | GRAFTS | ENGINEERING, BIOMEDICAL | polyglycolic acid-collagen tube | TRANSPLANTATION | Tissue Scaffolds | Autografts | Animals | Facial Nerve Injuries - surgery | Rats, Wistar | Polyglycolic Acid | Facial Nerve - surgery | Rats | Models, Animal | Nerve Regeneration | Guided Tissue Regeneration
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5. Full Text Regeneration of peripheral nerve gaps with a polyglycolic acid-collagen tube
by Inada, Yuji and Morimoto, Shigeru and Takakura, Yoshinori and Nakamura, Tatsou
Neurosurgery, ISSN 0148-396X, 09/2004, Volume 55, Issue 3, pp. 640 - 646
OBJECTIVE: The aim of this study was to report by means of objective methods on the effectiveness of a nerve reconstruction procedure using a bioresorbable... 
Peripheral nerve injury | Nerve tube | Biodegradable polymer | Collagen | Nerve regeneration | SURGERY | ELECTROPHYSIOLOGICAL EVALUATION | GRAFTS | biodegradable polymer | RECONSTRUCTION | BIOPSY | collagen | TIME | COLD INTOLERANCE | CLINICAL NEUROLOGY | ULNAR | nerve regeneration | peripheral nerve injury | COMPLICATIONS | nerve tube | DIGITAL REPLANTATION | Prosthesis Implantation | Electric Stimulation | Postoperative Complications - physiopathology | Synaptic Transmission - physiology | Humans | Middle Aged | Nerve Regeneration - physiology | Polyglycolic Acid | Male | Peripheral Nerves - surgery | Peripheral Nerves - pathology | Peripheral Nerves - physiopathology | Action Potentials - physiology | Thumb - innervation | Peroneal Nerve - surgery | Microsurgery | Female
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6. Full Text Surgical relief of causalgia with an artificial nerve guide tube: Successful surgical treatment of causalgia (Complex Regional Pain Syndrome Type II) by in situ tissue engineering with a polyglycolic acid-collagen tube
by Inada, Yuji and Morimoto, Shigeru and Moroi, Keisichirou and Endo, Katsuaki and Nakamura, Tatsuo
Pain, ISSN 0304-3959, 2005, Volume 117, Issue 3, pp. 251 - 258
Two patients with causalgia associated with allodynia and finger contracture were treated surgically with a bioresorbable nerve guide tube made from... 
Complex Regional Pain Syndrome Type II | Regeneration | Causalgia | Nerve guide tube | In situ tissue engineering | ELECTROPHYSIOLOGICAL EVALUATION | regeneration | in situ tissue engineering | RECONSTRUCTION | INJURY | REGENERATED NERVES | NEUROSCIENCES | CONDUITS | CLINICAL NEUROLOGY | causalgia | FIBERS | SPONGE | DOGS | ANESTHESIOLOGY | nerve guide tube | Tissue Engineering - methods | Collagen | Humans | Middle Aged | Polyglycolic Acid | Causalgia - surgery | Adult | Female | Prosthesis Implantation - methods | Care and treatment | Pain | Neuralgia | Surgery
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7. Full Text Experimental study on the regeneration of peripheral nerve gaps through a polyglycolic acid–collagen (PGA–collagen) tube
by Nakamura, Tasuo and Inada, Yuji and Fukuda, Seijun and Yoshitani, Makoto and Nakada, Akira and Itoi, Shin-ichi and Kanemaru, Shin-ichi and Endo, Katsuaki and Shimizu, Yasuhiko
Brain Research, ISSN 0006-8993, 2004, Volume 1027, Issue 1, pp. 18 - 29
We have developed a bioabsorbable polyglycolic acid (PGA) tube filled with collagen sponge (PGA–collagen tube) as a nerve connective guide, and compared its... 
Autograft | Peripheral nerve regeneration | Artificial nerve conduit | Polyglycolic acid (PGA)–collagen tube | Collagen sponge | Polyglycolic acid (PGA)-collagen tube | autograft | ELECTROPHYSIOLOGICAL EVALUATION | LAMININ | RECONSTRUCTION | collagen sponge | GRAFT | peripheral nerve regeneration | NEUROSCIENCES | CONDUITS | FIBERS | artificial nerve conduit | EXTRACELLULAR-MATRIX | ENTUBULATION REPAIR | GROWTH-FACTOR | polyglycolic acid (PGA)-collagen tube | Peroneal Nerve - physiology | Evoked Potentials, Motor - physiology | Nerve Regeneration - physiology | Evoked Potentials, Motor - radiation effects | Male | Muscle, Skeletal - innervation | Animal Experimentation | Time Factors | Action Potentials - radiation effects | Female | Functional Laterality - physiology | Electric Stimulation - methods | Polyglycolic Acid | Collagen - physiology | Prostheses and Implants | Neural Conduction - physiology | S100 Proteins - metabolism | Muscle, Skeletal - physiology | Transplantation, Autologous - methods | Action Potentials - physiology | Immunohistochemistry - methods | Animals | Microscopy, Electron - methods | Peroneal Nerve - ultrastructure | Dogs | Biocompatible Materials | Neurofilament Proteins - metabolism
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8. Full Text Nerve regeneration across a 25-mm gap bridged by a polyglycolic acid-collagen tube: a histological and electrophysiological evaluation of regenerated nerves
by Kiyotani, Tetsuya and Teramachi, Masayoshi and Takimoto, Yukinobu and Nakamura, Tatsuo and Shimizu, Yasuhiko and Endo, Katsuaki
Brain Research, ISSN 0006-8993, 1996, Volume 740, Issue 1, pp. 66 - 74
In the study reported here we have examined the nerve regeneration that occurs over a 25-mm gap using a novel biodegradable nerve guide tube. The tube was a... 
Polyglycolic acid-collagen tube | Peripheral nerve regeneration | Intracellular recording from motoneuron | Reinnervation, misdirected | Horseradish peroxidase | Electromyogram | Cat sciatic nerve | Somatosensory evoked potential | intracellular recording from motoneuron | horseradish peroxidase | polyglycolic acid-collagen tube | somatosensory evoked potential | peripheral nerve regeneration | cat sciatic nerve | electromyogram | reinnervation, misdirected | CHAMBERS | CONDUIT | GRAFTS | RECONSTRUCTION | NEUROSCIENCES | STUMP | K RU NEUROSCIENCES | REPAIR | intracellular recording from motorneuron | polyglycolic acid collagen tube | Sciatic Nerve - physiology | Cats | Animals | Nerve Fibers - physiology | Nerve Regeneration - physiology | Histocytochemistry | Polyglycolic Acid - pharmacology | Physiological aspects | Collagen | Analysis
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9. Full Text Modern surgical management of peripheral nerve gap
by Pabari, Amit and Yang, Shi Yu and Seifalian, Alexander M and Mosahebi, Ash
Journal of Plastic, Reconstructive & Aesthetic Surgery, ISSN 1748-6815, 2009, Volume 63, Issue 12, pp. 1941 - 1948
Summary The management of peripheral nerve injury requires a thorough understanding of the complex physiology of nerve regeneration. The ability to perform... 
Plastic Surgery | Nerve injury | Autologous nerve grafts | Nerve conduits | Tissue engineering | Nerve regeneration | Nanotechnology | SURGERY | REGENERATION | ACID-COLLAGEN TUBE | CLINICAL-EXPERIENCE | MUSCLE REINNERVATION | POLYGLYCOLIC ACID | BRACHIAL-PLEXUS INJURIES | REPAIR | SCIATIC-NERVE | GUIDE TUBE | ULNAR NERVE | Nerve Transfer | Humans | Wallerian Degeneration - physiopathology | Peripheral Nervous System - physiopathology | Biocompatible Materials | Transplantation, Autologous | Axons - physiology | Polyglycolic Acid - therapeutic use | Peripheral Nerve Injuries | Peripheral Nervous System - anatomy & histology | Tissue Engineering | Physiological aspects | Surgery, Plastic
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10. Full Text Ethanol-induced cervical sympathetic ganglion block applications for promoting canine inferior alveolar nerve regeneration using an artificial nerve
by Shionoya, Yoshiki and Sunada, Katsuhisa and Tsujimoto, Gentarou and Shigeno, Keiji and Nakamura, Tatsuo
Journal of Visualized Experiments, ISSN 1940-087X, 11/2018, Volume 2018, Issue 141
Polyglycolic acid collagen (PGA-C) tubes are bio-absorbable nerve tubes filled with collagen of multi-chamber structure, which consist of thin collagen films.... 
Polyglycolic acid-collagen tube | Canine model | Neuroscience | Cervical sympathetic ganglion block | Issue 141 | Artificial nerve conduit | In situ tissue engineering | HEAD | TUBE | in situ tissue engineering | FACIAL-PAIN | MULTIDISCIPLINARY SCIENCES | polyglycolic acid-collagen tube | cervical sympathetic ganglion block | POLYGLYCOLIC ACID | artificial nerve conduit | REPAIR | canine model | BONE | NECK | PIEZOSURGERY | STELLATE GANGLION
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11. Full Text Nerve Repair by Means of Tubulization: Past, Present, Future
by Konofaos, P and Ver Halen, J. P
Journal of Reconstructive Microsurgery, ISSN 0743-684X, 03/2013, Volume 29, Issue 3, pp. 149 - 164
Abstract Peripheral nerve injury may result in injury without gaps or injury with gaps between nerve stumps. In the presence of a nerve defect, the placement... 
Review Article | nerve gap | nerve repair | neurotrophic factors | nerve guides | AUTOGENOUS VEIN GRAFT | SURGERY | RAT SPINAL-CORD | DENATURED MUSCLE-TISSUE | PROSPECTIVE CLINICAL-EVALUATION | ACID-COLLAGEN TUBE | FIBROBLAST-GROWTH-FACTOR | LONG-TERM EVALUATION | ENHANCE NEURONAL SURVIVAL | CULTURED SCHWANN-CELLS | CILIARY NEUROTROPHIC FACTOR | Polytetrafluoroethylene | Humans | Polyglycolic Acid | Muscle, Skeletal - transplantation | Prostheses and Implants | Veins - transplantation | Nerve Growth Factors - administration & dosage | Nerve Regeneration | Prosthesis Design | Absorbable Implants | Guided Tissue Regeneration - trends | Peripheral Nerve Injuries - surgery | Collagen | Polyesters | Biocompatible Materials | Neurosurgical Procedures - methods | Arteries - transplantation | Chitosan | Microsurgery - methods | Silicones | Tissue Engineering
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12. Full Text Artificial sensory organs: latest progress
by Nakamura, Tatsuo and Nakamura, Tatsuo and Inada, Yuji and Inada, Yuji and Shigeno, Keiji and Shigeno, Keiji
Journal of Artificial Organs, ISSN 1434-7229, 3/2018, Volume 21, Issue 1, pp. 17 - 22
This study introduces the latest progress on the study of artificial sensory organs, with a special emphasis on the clinical results of artificial nerves and... 
Biomedical Engineering | Artificial nerve | Nephrology | Medicine & Public Health | Cardiac Surgery | Nerve guide tube | Artificial stimulation sensor | In situ tissue engineering | Neuropathic pain | PERIPHERAL-NERVE GAPS | ENGINEERING, BIOMEDICAL | REGENERATION | ACID-COLLAGEN TUBE | CONDUITS | TRANSPLANTATION | FIBERS | SPONGE | Thin films | Dielectric films | Tissue engineering | Collagen | Films | Peripheral nerves | Organs | Collagens | Sense organs | Maintenance | Neuropathy | Polyglycolic acid | Regeneration | Pain | Nerves | Tubes
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13. Full Text Regeneration of the nerves in the aerial cavity with an artificial nerve conduit -reconstruction of chorda tympani nerve gaps
by Yamanaka, Toshiaki and Hosoi, Hiroshi and Murai, Takayuki and Kobayashi, Takehiko and Inada, Yuji and Nakamura, Tatsuo
PLoS ONE, ISSN 1932-6203, 04/2014, Volume 9, Issue 4, p. e92258
Objectives/Hypothesis: Due to its anatomical features, the chorda tympani nerve (CTN) is sometimes sacrificed during middle ear surgery, resulting in taste... 
ELECTROGUSTOMETRY | SURGERY | ANATOMY | REPAIR | MULTIDISCIPLINARY SCIENCES | ACID-COLLAGEN TUBE | INJURY | TASTE | RELIABILITY | Chorda Tympani Nerve - physiopathology | Humans | Middle Aged | Reconstructive Surgical Procedures - methods | Taste Perception | Collagen - chemistry | Male | Nerve Regeneration | Chorda Tympani Nerve - surgery | Guided Tissue Regeneration - methods | Intraoperative Care | Polyglycolic Acid - chemistry | Adolescent | Adult | Female | Taste Threshold | Physiological aspects | Usage | Research | Properties | Neural networks | Collagen | Reconstruction | Thresholds | Polylactic acid | Blood vessels | Otolaryngology | Nervous system | Maintenance | Bone surgery | Patients | Fibers | Polyglycolic acid | Medicine | Regeneration | Tympanic cavity | Chorda tympani | Acids | Surgery | Nerves | Ear | Tubes | Taste | Middle ear
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14. Full Text Design of barrier coatings on kink-resistant peripheral nerve conduits
by Clements, Basak Acan and Bushman, Jared and Murthy, N Sanjeeva and Ezra, Mindy and Pastore, Christopher M and Kohn, Joachim
Journal of Tissue Engineering, ISSN 2041-7314, 2/2016, Volume 7, p. 2041731416629471
Here, we report on the design of braided peripheral nerve conduits with barrier coatings. Braiding of extruded polymer fibers generates nerve conduits with... 
braiding | Peripheral nerve | nerve conduit | porosity | nerve regeneration | braided conduit | hyaluronic acid | ELECTROPHYSIOLOGICAL EVALUATION | ACID-COLLAGEN TUBE | REGENERATED NERVES | CELL & TISSUE ENGINEERING | TYROSINE-DERIVED POLYCARBONATES | POLYGLYCOLIC ACID | FIBERS | IN-VITRO | REPAIR | GUIDE TUBE | BIOMATERIALS | Barriers | Braiding | Nerves | Peripheral nerves | Conduits | Coatings | Walls | Fibers
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15. Full Text Protracted delay in taste sensation recovery after surgical lingual nerve repair: A case report
by Seo, Kenji and Inada, Yuji and Terumitsu, Makoto and Nakamura, Tatsuo and Shigeno, Keiji and Tanaka, Yutaka and Tsurumaki, Tatsuru and Kurata, Shigenobu and Matsuzawa, Hitoshi
Journal of Medical Case Reports, ISSN 1752-1947, 2013, Volume 7, Issue 1, p. 77
Lingual nerve injury is sometimes caused by dental treatment. Many kinds of treatment have been reported, but many have exhibited poor recovery. Here the... 
Polyglycolic acid-collagen tube | Peripheral nerve injury | Lingual nerve | Taste | Long observation | Taste disorders | Collagen
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16. Full Text Biodegradation of Polyglycolic Acid-Collagen Composite Tubes for Nerve Guide in the Peritoneal Cavity
by lto, Tadao and Nakamura, Tatsuo and Takagi, Tsuyoshi and Toba, Toshinari and Hagiwara, Akeo and Yamagishi, Hisakazu and Shimizu, Yasuhiko
ASAIO Journal, ISSN 1058-2916, 07/2003, Volume 49, Issue 4, pp. 417 - 421
The rate of biodegradation of new types of polyglycolic acid (PGA)-coliagen composite tubes for nerve regeneration was evaluated in the peritoneal cavity. PGA... 
ELECTROPHYSIOLOGICAL EVALUATION | FIBERS | SPONGE | ENGINEERING, BIOMEDICAL | GAP | POLY(L-LACTIC ACID) | PHYSICAL CROSS-LINKING | REGENERATED NERVES | GRAFT | SCAFFOLDS | CONDUITS | TRANSPLANTATION | Biodegradation, Environmental | Polyglycolic Acid | Peritoneal Cavity | Male | Materials Testing | Nerve Regeneration | Tissue Engineering - instrumentation | Animals | Peripheral Nerves - physiology | Time Factors | Collagen | Biocompatible Materials | Mice | Mice, Inbred BALB C
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17. Full Text Experimental repair of phrenic nerve using a polyglycolic acid and collagen tube
by Yoshitani, Makoto, MD and Fukuda, Seijun, MD and Itoi, Shin-ichi, MD and Morino, Shigeyuki, MD and Tao, Hiroyuki, MD and Nakada, Akira, MD and Inada, Yuji, MD and Endo, Katsuaki, MD and Nakamura, Tatsuo, MD
The Journal of Thoracic and Cardiovascular Surgery, ISSN 0022-5223, 2007, Volume 133, Issue 3, pp. 726 - 732.e3
Objective The feasibility of a nerve guide tube for regeneration of the phrenic nerve with the aim of restoring diaphragmatic function was evaluated in a... 
Cardiothoracic Surgery | SURGERY | ELECTROPHYSIOLOGICAL EVALUATION | DIAPHRAGM | CARDIAC & CARDIOVASCULAR SYSTEMS | SPONGE | GRAFTS | CONDUIT | RESPIRATORY SYSTEM | RECONSTRUCTION | INJURY | REGENERATED NERVES | PERICARDIAL FAT PAD | Immunohistochemistry | Phrenic Nerve - pathology | Implants, Experimental | Nerve Regeneration - physiology | Electrophysiology | Polyglycolic Acid - pharmacology | Phrenic Nerve - surgery | Animals | Sensitivity and Specificity | Dogs | Collagen - pharmacology | Neurosurgical Procedures - methods | Biopsy, Needle | Phrenic Nerve - injuries | Disease Models, Animal
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18. Full Text Regeneration of canine peroneal nerve with the use of a polyglycolic acid–collagen tube filled with laminin‐soaked collagen sponge: a comparative study of collagen sponge and collagen fibers as filling materials for nerve conduits
by Toba, Toshinari and Nakamura, Tatsuo and Shimizu, Yasuhiko and Matsumoto, Kazuya and Ohnishi, Katsunori and Fukuda, Seijun and Yoshitani, Makoto and Ueda, Hiroki and Hori, Yoshio and Endo, Katsuaki
Journal of Biomedical Materials Research, ISSN 0021-9304, 2001, Volume 58, Issue 6, pp. 622 - 630
A novel artificial nerve conduit was developed and its efficiency was evaluated on the basis of promotion of peripheral nerve regeneration across an 80‐mm gap... 
collagen sponge | laminin | peripheral nerve regeneration | collagen fiber | artificial nerve | Artificial nerve | Laminin | Collagen fiber | Peripheral nerve regeneration | Collagen sponge | AXONS | ELECTROPHYSIOLOGICAL EVALUATION | MATERIALS SCIENCE, BIOMATERIALS | ENGINEERING, BIOMEDICAL | PHYSICAL CROSS-LINKING | GRAFT | RELEASE | GUIDE | TRANSPLANTATION | GAP | ENTUBULATION REPAIR | GROWTH-FACTOR | Peroneal Nerve - physiology | Microscopy, Electron, Scanning | Implants, Experimental | Collagen - chemistry | Male | Materials Testing | Nerve Regeneration | Neurosurgical Procedures - instrumentation | Tissue Engineering - instrumentation | Surgical Sponges | Animals | Polyglycolic Acid - chemistry | Dogs | Female | Laminin - chemistry
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