Branching in nature: dynamics and morphogenesis of branching structures, from cell to river networks ; Les Houches School, October 11 - 15, 1999
An interdisciplinary survey of branching structures, including dendritic patterns found in botany, geology, anatomy, biology, crystallography, mathematics and physics.
Gespeichert in:
| Format: | Buch |
|---|---|
| Sprache: | English |
| Veröffentlicht: |
Berlin [u.a.]
Springer [u.a.]
2001
|
| Schriftenreihe: | Centre de Physique des Houches
14 |
| Schlagworte: | |
| Online-Zugang: | Inhaltsverzeichnis |
| Zusammenfassung: | An interdisciplinary survey of branching structures, including dendritic patterns found in botany, geology, anatomy, biology, crystallography, mathematics and physics. |
| Beschreibung: | Literaturangaben |
| Beschreibung: | XXIII, 476 S. Ill., graph. Darst. |
| ISBN: | 3540418881 2868835279 |
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| 245 | 1 | 0 | |a Branching in nature |b dynamics and morphogenesis of branching structures, from cell to river networks ; Les Houches School, October 11 - 15, 1999 |c ed.: V. Fleury ... |
| 264 | 1 | |a Berlin [u.a.] |b Springer [u.a.] |c 2001 | |
| 300 | |a XXIII, 476 S. |b Ill., graph. Darst. | ||
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| 490 | 1 | |a Centre de Physique des Houches |v 14 | |
| 500 | |a Literaturangaben | ||
| 520 | 3 | |a An interdisciplinary survey of branching structures, including dendritic patterns found in botany, geology, anatomy, biology, crystallography, mathematics and physics. | |
| 650 | 4 | |a Morphogenesis | |
| 650 | 4 | |a Pattern formation (Biology) | |
| 650 | 4 | |a Pattern formation (Physical sciences) | |
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Datensatz im Suchindex
| _version_ | 1804128654275379200 |
|---|---|
| adam_text | CONTENTS PREFACE. INTRODUCTION PATTERNS WITH OPEN BRANCHES OR CLOSED
NETWORKS: GROWTH IN SCALAR OR TENSORIAL FIELDS BY Y. COUDER 1. GROWTH IN
A DIFFUSIVE SCALAR FIELD 2 1.1 THE BASIC PHENOMENON 2 1.2 THE LENGTH
SCALES OF THE PATTERNS 4 1.3 THE BRANCHING PROCESS 5 1.4 SPECULATIONS ON
ISOTROPIC OR TIP DOMINATED GROWTH IN PLANTS 11 2. GROWTH IN A TENSORIAL
FIELD 13 2.1 THE FORMATION OF A NETWORK OF FRACTURES IN A 2D STRESSED
MATERIAL 13 2.2 THE NETWORK OF THE PLANT LEAVES VENATION 16 2.3 HOW CAN
THE VENATION PATTERNS BE SIMILAR TO THE CRACK PATTERNS?.... 17 2.4
DISCUSSION 20 3. CONCLUSION 20 PLANTS CHAPTER I BRANCHING IN PLANTS BY
F. HALLE INTRODUCTION 23 1. GROWTH AND BRANCHING 24 2. WHY ARE THERE
MERISTEMS IN PLANTS? 25 XII 3. BRANCHING AND ARCHITECTURE 28 4.
UNBRANCHED TREES 28 5. APICAL VS. LATERAL BRANCHING 28 6. EXOGENOUS VS.
ENDOGENOUS BRANCHING 29 7. CONTINUOUS VS. RHYTHMIC BRANCHING 30 8.
IMMEDIATE VS. DELAYED BRANCHING 32 9. HOMOGENEOUS VS. DIFFERENTIATED
BRANCHING 33 10. SPONTANEOUS VS. TRAUMATIC BRANCHING 34 1 L.THE
ARCHITECTURAL MODELS 35 12. UNITARIAN TREES VS. COLONIES 36 13.
CROWN-SHYNESS 38 14. BRANCHING IN TREES AND CORALS 38 CHAPTER II INSIDE
THE BUDS: THE MERISTEMS BY P. LAUFS AND J. TRAAS 1. INTRODUCTION 41 2.
THE INTERNODE: THE BASIC UNIT OF PLANT ARCHITECTURE 42 3. MERISTEM
IDENTITY AND BRANCHING PATTERNS 44 3.1 MODIFIED MERISTEM IDENTITY CAN
AFFECT BRANCHING PATTERNS 44 3.2 REGULATION OF MERISTEM IDENTITY 46 4.
THE SHOOT APICAL MERISTEM -SAM-: A MAJOR ACTOR IN THE ESTABLISHMENT OF
ARCHITECTURE 47 4.1 ORGANIZATION OF THE SAM: CELLS AND DOMAINS 47 4.2
DISTRIBUTION OF MERISTEM FUNCTIONS BETWEEN THE ZONES 48 4.3
SELF-ORGANIZATION OF THE MERISTEM 49 4.4 THE MERISTEM AS A FUNCTIONAL
UNIT 50 4.5 GENETIC REGULATION OF MERISTEM DEVELOPMENT AND MOLECULAR
MARKERS 51 4.6 FORMING A PRIMORDIUM, WHAT MAKES A MERISTEM BULGE? 52 4.7
CONCLUSION 53 5. MECHANISMS AND REGULATION OF BRANCH FORMATION 53 5.1
HYPOTHETICAL MECHANISMS OF BRANCH FORMATION 53 CONTENTS XIII 5.2 SOME
EXAMPLES OF BRANCHING MECHANISMS 55 5.3 CONCLUSIONS 61 6. REGULATION OF
MERISTEM OUTGROWTH 61 7. BRANCHING IN LEAVES 62 7.1 DIFFERENT LEAF
MORPHOLOGIES 62 7.2 THE COMPOUND TOMATO LEAF. 62 8. FINAL REMARKS 66
CONTRIBUTED PAPER 1 TWO SYMMETRIES LINKING BIOLOGICAL AND PHYSICAL
BRANCHING MORPHOGENESIS BY V. FLEURY 1. INTRODUCTION 73 2. DENDRITIC
GROWTH, BOTANY AND IN-OUT SYMMETRY 74 2.1 GENERAL PRINCIPLES OF VEGETAL
GROWTH 74 2.2 A POSSIBLE RELATIONSHIP BETWEEN VEGETAL AND CRYSTAL
MORPHOGENESIS 75 2.3 A NUMERICAL SIMULATION SHOWING THE GROWTH PATTERNS
77 3. VISCOUS FINGERS, ORGAN FUNCTION AND TIME REVERSAL 83 3.1
REVERSIBILITY OF THE DENDRITIC GROWTH PROCESS 83 3.2 TRANSPOSITION TO
ORGAN MORPHOGENESIS AND FUNCTION 83 CHAPTER III ESTABLISHING A GROWTH
AXIS IN FUCOID ALGAE BY D.L. KROPF, S.R. BISGROVE AND W.E. HABLE 1.
EMBRYONIC MORPHOGENESIS 87 2. AXIS SELECTION 89 2.1 SPERM ENTRY 89 2.2
ADHESION AND VECTOR PERCEPTION 90 3. AXIS AMPLIFICATION 93 4.
TRANSMEMBRANE DOMAINS AND MORPHOGENESIS 95 XIV CONTRIBUTED PAPER 2 SHAPE
STABILITY DURING OSMOTIC GROWTH BY M. LEONETTI 1. INTRODUCTION 99 2.
OSMOTIC GROWTH 100 2.1 OSMOSIS 100 2.2 OSMOTIC GROWTH 101 3. STABILITY
DURING OSMOTIC GROWTH 102 3.1 FORMULATION OF THE PROBLEM 102 3.2 THE
PLANAR STATIONARY SOLUTION 103 3.3 LINEAR STABILITY ANALYSIS 104 4.
CONCLUSION 105 CONTRIBUTED PAPER 3 ON TRANSCELLULAR IONIC CURRENTS BY M.
LEONETTI AND E. DUBOIS-VIOLETTE 1. INTRODUCTION 107 2. THE THEORETICAL
APPROACH 108 3. IONIC CURRENTS RESULTING FROM TURING INSTABILITY 110 4.
IONIC CURRENTS BY SELF-ORGANIZATION OF MEMBRANE PROTEINS 111 5. IONIC
CURRENTS BY NEGATIVE DIFFERENTIAL CONDUCTANCE 115 6. CONCLUSION 117
RIVERS CHAPTER IV BRANCHED PATTERNS IN GEOLOGY: RIVERS AND OTHER SYSTEMS
BY P. MEAKIN, T. SUN AND T. JOSSANG 1. INTRODUCTION 119 2. QUANTITATIVE
ANALYSIS OF BRANCHED PATTERNS 122 CONTENTS XV 2.1 STREAM ORDER AND
HORTON/STRAHLER RATIOS 123 2.2 CROSSOVERS 126 3. THE DIFFUSION-LIMITED
AGGREGATION MODEL 131 3.1 EXAMPLES OF DLA-LIKE PATTERNS 136 4. BRANCHED
RIVERS 144 4.1 OPTIMIZATION MODELS 148 5. DISCUSSION 156 NEURONS CHAPTER
V NEURONAL ARBORIZATION BY J.-P. TEMAUX 1. INTRODUCTION 161 1.1
HISTORICAL ORIENTATION 163 2. BIOLOGICAL EVENTS INVOLVED IN THE GROWTH
OF NEURONAL ARBORIZATIONS 165 2.1 NEURONAL MORPHOGENESIS 165 2.2
CYTOSKELETON AND NEURONAL DEVELOPMENT 166 2.3 TRANSPORT OF MATERIALS IN
THE NEURON 169 2.4 THE GROWTH CONE 170 2.5 FORMATION OF DENDRITIC TREES
180 2.6 MECHANISMS OF NEURITE INITIATION AND BRANCHING. BIOPHYSICAL
CONSIDERATIONS 182 3. MORPHOLOGICAL PROPERTIES OF NEURONAL CELLS AND
NEURONAL INFORMATION PROCESSING 193 CONTRIBUTED PAPER 4 CHEMICAL WAVES
AND DENDRITES NAVIGATION DURING SELF-WIRING OF NEURAL NETS BY R. SEGEV
AND E. BEN-JACOB 1. INTRODUCTION 203 XVI 2. NEURITE AS AMOEBA WITH A
TAIL 204 3. A NEED FOR ADDITIONAL MECHANISM 205 4. THE EXCITABLE MEDIA
MECHANISM 205 5. CONCLUSIONS 208 BRANCHING ORGANS CHAPTER VI THE MOUSE
EMBRYONIC LUNG: A BIOLOGICAL EXAMPLE OF BRANCHING MORPHOGENESIS BY S.
BELLUSCI, A. MAILLEUX, D. NDIAYE AND J.-P. THIERY 1. INTRODUCTION 211 2.
EMBRYONIC LUNG DEVELOPMENT 211 3. BUD FORMATION IS A MULTISTEP PROCESS
213 4. INTERACTIONS BETWEEN EPITHELIAL AND MESENCHYMAL COMPARTMENTS ARE
ESSENTIAL FOR THE BRANCHING PROCESS 213 5. SEVERAL CLASSES OF GENES ARE
EXPRESSED IN THE EMBRYONIC LUNG 214 6. BONE MORPHOGENETIC PROTEIN 4
INHIBITS PROLIFERATION OF THE EPITHELIAL COMPARTMENT 215 7. SONIC
HEDGEHOG INDUCES MESENCHYMAL CELL PROLIFERATION 216 8. FIBROBLAST GROWTH
FACTOR 10 IS ASSOCIATED WITH DIRECTIONAL GROWTH OF THE EPITHELIAL BUDS
217 9. TWO VERTEBRATE HOMOLOGS OF THE DROSOPHILA GENE SPROUTY ARE
EXPRESSED IN THE DEVELOPING LUNG 219 10. TOWARD AN INTEGRATED MODEL OF
BUDDING 220 CHAPTER VII BRANCHED STRUCTURES, ACINUS MORPHOLOGY AND
OPTIMAL DESIGN OF MAMMALIAN LUNGS BY B. SAPOVAL, M. FILOCHE AND E.R.
WEIBEL 1. INTRODUCTION 225 2. STRUCTURE AND GEOMETRY OF PULMONARY ACINUS
229 CONTENTS XVII 3. PHYSICAL PARAMETERS DETERMINING THE ACINUS
EFFICIENCY 230 4. A BETTER GEOMETRICAL MODEL: THE HILBERT ACINUS 234
5. SMALLER IS BETTER: AN OPTIMIZED ACINUS 236 6. COMPARISON WITH
ANATOMICAL DATA 238 7. CONCLUSIONS 240 CONTRIBUTED PAPER 5 QUANTITATIVE
STUDIES OF BRANCHING MORPHOGENESIS IN THE DEVELOPING KIDNEY BY I.S.
HARPER, L.A. CULLEN AND J.F. BERTRAM 1. INTRODUCTION 243 1.1 EPITHELIAL
- MESENCHYMAL INTERACTION 243 1.2 PATTERN OF URETERIC BRANCHING
MORPHOGENESIS IN HUMANS 244 1.3 IN VITRO MODELS OF BRANCHING
MORPHOGENESIS 245 2. A QUANTITATIVE APPROACH TO 3D BRANCHING 245 3.
COMMENTS ON THE METHODOLOGY 246 4. CONCLUDING REMARKS 248 CONTRIBUTED
PAPER 6 MORPHOGENIC RESPONSES OF MAMMARY EPITHELIAL CELLS GROWN IN
BIOLOGICAL SEMI-SOLID SUBSTRATES BY V. FAFEUR, A. DELANNOY-COURDENT,
J.C. BOUT AND B. VANDENBUNDER 1. INTRODUCTION 251 2. EXPERIMENTS AND
METHODS 252 3. RESULTS 254 4. SUMMARY 255 XVIII VESSELS CHAPTER VIII
VASCULAR DEVELOPMENT: DESIGN PRINCIPLES AND MORPHOMETRIC ANALYSIS OF A
BRANCHED VASCULAR TREE BY F. LE NOBLE, W. HACKING, D. SLAAF AND H.
STRUIJKER-BOUDIER 1. GENERAL INTRODUCTION 257 2. THE CIRCULATION 258 3.
FORMATION OF THE VASCULAR TREE 260 4. GROWTH FACTORS 263 4.1 CHEMICAL
MEDIATORS 264 4.2 MECHANICAL MEDIATORS 265 5. HEMODYNAMICS, METABOLIC
DEMAND AND VASCULAR NETWORK ADAPTATION.... 266 5.1 FLOW 267 5.2 PRESSURE
268 5.3 METABOLIC DEMAND 269 6. ANALYSIS OF VASCULAR STRUCTURE 272 7.
CONCLUSION 277 CHAPTER IX MECHANICS OF THE LARGE ARTERY VASCULAR WALL BY
B. LEVY AND A. TEDGUI 1. INTRODUCTION 281 2. PARAMETERS IN VESSEL WALL
MECHANICS 281 2.1 FORCES AND STRESSES 281 2.2 COMPLIANCE 283 3.
DETERMINATION OF MECHANICAL PROPERTIES OF BLOOD VESSELS 284 3.1 IN VITRO
MEASUREMENTS 284 3.2 IN VIVO MEASUREMENTS 287 CONTENTS XIX CONTRIBUTED
PAPER 7 A LINK BETWEEN DENDRITIC GROWTH AND REMODELING OF BLOOD VESSELS
BY V. FLEURY AND L. SCHWARTZ 1. INTRODUCTION 293 2. DESCRIPTION OF THE
MODEL 294 3. 2D NUMERICAL SIMULATION 296 4. A MODEL OF 3D GROWTH, AND
ITS NUMERICAL SIMULATION 297 5. COMMENT ON EXISTING WORK 300 6.
REASONABLE MODIFICATIONS OF THE MODEL 301 BACTERIA CHAPTER X ADAPTIVE
BRANCHING DURING COLONIAL DEVELOPMENT OF LUBRICATING BACTERIA BY I.
GOLDING, I. COHEN, I.G. RON AND E. BEN-JACOB 1. INTRODUCTION 305 2.
BASIC BRANCHING PATTERNS 308 2.1 OBSERVATIONS AND BIOLOGICAL BACKGROUND
308 2.2 EXPERIMENTAL OBSERVATIONS: BRANCHING GROWTH OF BACTERIAL
COLONIES 312 2.3 THE COMMUNICATING WALKERS MODEL: A HYBRID MODEL 318 2.4
THE LUBRICATING BACTERIA MODEL 320 2.5 THE NON-LINEAR DIFFUSION MODEL
323 3. CHIRAL BRANCHING PATTERNS 324 3.1 OBSERVATIONS 324 3.2 THE
COMMUNICATING SPINORS MODEL 326 4. CHEMOTAXIS AND CHEMOTACTIC SIGNALING
331 4.1 BIOLOGICAL BACKGROUND - CHEMOTAXIS IN SWIMMING BACTERIA 331 4.2
MODELING THE EFFECT OF CHEMOTAXIS ON BRANCHING GROWTH 334 XX 4.3
MODELING THE EFFECT OF CHEMOTAXIS ON CHIRAL BRANCHING 336 4.4 WEAK
CHIRALITY IN P. DENDRITIFORMIS 339 5. BRANCHING PATTERNS OF SWARMING
BACTERIA 342 5.1 OBSERVATION OF BACTERIAL VORTICES 342 5.2 MODELING THE
COLLECTIVE MIGRATION 344 5.3 ROTATIONAL CHEMOTAXIS AND VORTEX FORMATION
345 5.4 MODELING THE COOPERATIVE ORGANIZATION OF COLONIES 345 6. SECTOR
FORMATION IN BRANCHING COLONIES 347 6.1 OBSERVATIONS 347 7. THE EFFECT
OF ANTIBIOTICS ON BACTERIAL BRANCHING GROWTH 349 8. CONCLUSIONS 354
CONTRIBUTED PAPER 8 PATTERN FORMATION MODELING OF BACTERIAL COLONIES BY
I.R. CANTALAPIEDRA, A.M. LACASTA, C.E. AUGUET, A. PENARANDA AND L.
RAMIREZ-PISCINA 1. INTRODUCTION 359 2. DESCRIPTION OF THE MODEL 360 3.
NUMERICAL RESULTS 361 CRYSTALS CHAPTER XI DENDRITIC GROWTH BY A. KARMA
1. INTRODUCTION AND OUTLINE 365 2. BASIC PHYSICS 369 2.1 SURFACE TENSION
370 2.2 DIFFUSION 372 2.3 NOISE 374 CONTENTS XXI 3. MORPHOGENESIS 375
3.1 PLANAR GROWTH 375 3.2 INSTABILITY 376 4. NEEDLE DYNAMICS 377 4.1 TIP
GROWTH CONDITIONS 379 4.2 APPLICATIONS 381 4.3 EXTENSION TO THREE
DIMENSIONS 384 5. BRANCHING 388 5.1 SIDEBRANCHING 388 5.2 TIP SPLITTING
392 6. MORPHOLOGICAL CLASSIFICATION 392 6.1 DOUBLONS AND MULTIPLETS 393
6.2 COMPACT AND FRACTAL STRUCTURES 394 7. SUMMARY AND FUTURE PROSPECTS
396 CONTRIBUTED PAPER 9 SIDEBRANCHING IN SOLUTAL DENDRITIC GROWTH BY R.
GONZALEZ-CINCA, L. RAMIREZ-PISCINA, J. CASADEMUNT AND A.
HERNANDEZ-MACHADO 1. INTRODUCTION 403 2. SIDEBRANCHING IN SOLUTAL
SOLIDIFICATION 404 3. SIDEBRANCHING CHARACTERISTICS 406 4. CONCLUSIONS
406 CONTRIBUTED PAPER 10 EXPERIMENTAL STUDY OF SIDEBRANCHING IN
DIRECTIONAL SOLIDIFICATION BY M. GEORGELIN AND A. POCHEAU 1.
INTRODUCTION 409 2. SECONDARY CELL INSTABILITIES 409 3. SIDEBRANCHING
410 XXII 3.1 CRITICAL CURVE 410 3.2 NOISE-AMPLIFICATION THEORY 411 3.3
QUESTIONING THEORY 413 4. CONCLUSION 414 FLUIDS CHAPTER XII BRANCHING
DURING DEWETTING AND WETTING BY C. MISBAH 1. INTRODUCTION 417 2.
DEFINITION OF THE CONTACT ANGLE AND SPREADING PRESSURE 418 3. WHAT
DETERMINES WETTING PROPERTIES? 419 3.1 COEXISTENCE FILM/FILM 420 4.
EXPERIMENTAL FACTS 421 5. MAPPING OF FRONT DEWETTING DYNAMICS ONTO
CRYSTAL GROWTH 422 5.1 THE STOKES EQUATION 422 5.2 THE LUBRICATION
APPROXIMATION 423 5.3 MASS CONSERVATION 425 5.4 A CONSTITUTIVE LAW 426
6. OBSERVED PATTERNS 427 7. THE STABLE ENVELOPPE OF A WETTING OR
DEWETTING FRONT MOVES AS YJT 428 8. BRANCHING OF A FRONT 430 9.
DISCUSSION 430 CONTRIBUTED PAPER 11 VISCOUS FINGERING IN A GEL BY A.
LINDNER, P. COUSSOT AND D. BONN 1. INTRODUCTION 433 2. EXPERIMENT 434 3.
DISCUSSION AND CONCLUSION 437 CONTENTS XXIII CONTRIBUTED PAPER 12
BRANCHING TRANSITION IN VISCOUS FINGERING WITH A LIQUID CRYSTAL BY R.
FOLCH, J. CASADEMUNT AND A. HERNANDEZ-MACHADO 1. INTRODUCTION 439 2.
MODEL 440 3. RESULTS 441 MATHEMATICS CONTRIBUTED PAPER 13 MATHEMATICAL
MERISTEMS: THE SINGULARITIES OF LAPLACIAN GROWTH BY M.A. PETERSON 1.
INTRODUCTION 445 2. SINGULAR MODEL 446 3. MATHEMATICAL MERISTEMS 449
GLOSSARY 451 LIST OF PARTICIPANTS 463 COLOR PLATES 467
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| discipline | Biologie Geographie |
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| genre | (DE-588)1071861417 Konferenzschrift 1999 Les Houches gnd-content |
| genre_facet | Konferenzschrift 1999 Les Houches |
| id | DE-604.BV013824760 |
| illustrated | Illustrated |
| indexdate | 2024-07-09T18:52:41Z |
| institution | BVB |
| isbn | 3540418881 2868835279 |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-009454612 |
| oclc_num | 47680492 |
| open_access_boolean | |
| owner | DE-703 DE-19 DE-BY-UBM DE-83 DE-11 |
| owner_facet | DE-703 DE-19 DE-BY-UBM DE-83 DE-11 |
| physical | XXIII, 476 S. Ill., graph. Darst. |
| publishDate | 2001 |
| publishDateSearch | 2001 |
| publishDateSort | 2001 |
| publisher | Springer [u.a.] |
| record_format | marc |
| series | Centre de Physique des Houches |
| series2 | Centre de Physique des Houches |
| spelling | Branching in nature dynamics and morphogenesis of branching structures, from cell to river networks ; Les Houches School, October 11 - 15, 1999 ed.: V. Fleury ... Berlin [u.a.] Springer [u.a.] 2001 XXIII, 476 S. Ill., graph. Darst. txt rdacontent n rdamedia nc rdacarrier Centre de Physique des Houches 14 Literaturangaben An interdisciplinary survey of branching structures, including dendritic patterns found in botany, geology, anatomy, biology, crystallography, mathematics and physics. Morphogenesis Pattern formation (Biology) Pattern formation (Physical sciences) Verzweigung Mathematik (DE-588)4078889-1 gnd rswk-swf Verzweigung Biologie (DE-588)4188182-5 gnd rswk-swf Strukturbildung (DE-588)4541700-3 gnd rswk-swf Physikalisches System (DE-588)4174610-7 gnd rswk-swf (DE-588)1071861417 Konferenzschrift 1999 Les Houches gnd-content Physikalisches System (DE-588)4174610-7 s Strukturbildung (DE-588)4541700-3 s DE-604 Verzweigung Biologie (DE-588)4188182-5 s Verzweigung Mathematik (DE-588)4078889-1 s Fleury, Vincent Sonstige oth Centre de Physique des Houches 14 (DE-604)BV011876452 14 SWB Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=009454612&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Branching in nature dynamics and morphogenesis of branching structures, from cell to river networks ; Les Houches School, October 11 - 15, 1999 Centre de Physique des Houches Morphogenesis Pattern formation (Biology) Pattern formation (Physical sciences) Verzweigung Mathematik (DE-588)4078889-1 gnd Verzweigung Biologie (DE-588)4188182-5 gnd Strukturbildung (DE-588)4541700-3 gnd Physikalisches System (DE-588)4174610-7 gnd |
| subject_GND | (DE-588)4078889-1 (DE-588)4188182-5 (DE-588)4541700-3 (DE-588)4174610-7 (DE-588)1071861417 |
| title | Branching in nature dynamics and morphogenesis of branching structures, from cell to river networks ; Les Houches School, October 11 - 15, 1999 |
| title_auth | Branching in nature dynamics and morphogenesis of branching structures, from cell to river networks ; Les Houches School, October 11 - 15, 1999 |
| title_exact_search | Branching in nature dynamics and morphogenesis of branching structures, from cell to river networks ; Les Houches School, October 11 - 15, 1999 |
| title_full | Branching in nature dynamics and morphogenesis of branching structures, from cell to river networks ; Les Houches School, October 11 - 15, 1999 ed.: V. Fleury ... |
| title_fullStr | Branching in nature dynamics and morphogenesis of branching structures, from cell to river networks ; Les Houches School, October 11 - 15, 1999 ed.: V. Fleury ... |
| title_full_unstemmed | Branching in nature dynamics and morphogenesis of branching structures, from cell to river networks ; Les Houches School, October 11 - 15, 1999 ed.: V. Fleury ... |
| title_short | Branching in nature |
| title_sort | branching in nature dynamics and morphogenesis of branching structures from cell to river networks les houches school october 11 15 1999 |
| title_sub | dynamics and morphogenesis of branching structures, from cell to river networks ; Les Houches School, October 11 - 15, 1999 |
| topic | Morphogenesis Pattern formation (Biology) Pattern formation (Physical sciences) Verzweigung Mathematik (DE-588)4078889-1 gnd Verzweigung Biologie (DE-588)4188182-5 gnd Strukturbildung (DE-588)4541700-3 gnd Physikalisches System (DE-588)4174610-7 gnd |
| topic_facet | Morphogenesis Pattern formation (Biology) Pattern formation (Physical sciences) Verzweigung Mathematik Verzweigung Biologie Strukturbildung Physikalisches System Konferenzschrift 1999 Les Houches |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=009454612&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| volume_link | (DE-604)BV011876452 |
| work_keys_str_mv | AT fleuryvincent branchinginnaturedynamicsandmorphogenesisofbranchingstructuresfromcelltorivernetworksleshouchesschooloctober11151999 |