Biological transformation:
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| Language: | English |
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Berlin
Springer Vieweg
[2020]
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| Physical Description: | xiii, 398 Seiten Illustrationen, Diagramme 21 cm x 14.8 cm |
| ISBN: | 9783662596586 |
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| 245 | 1 | 0 | |a Biological transformation |c Reimund Neugebauer, editor |
| 264 | 1 | |a Berlin |b Springer Vieweg |c [2020] | |
| 300 | |a xiii, 398 Seiten |b Illustrationen, Diagramme |c 21 cm x 14.8 cm | ||
| 336 | |b txt |2 rdacontent | ||
| 337 | |b n |2 rdamedia | ||
| 338 | |b nc |2 rdacarrier | ||
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CONTENTS
1
FROM
CONTRAST
TO
CONVERGENCE
.
1
REIMUND
NEUGEBAUER
AND
MARTIN
THUM
1.1
ORIGINS:
TECHNOLOGY
HELPS
IN
THE
FIGHT
FOR
SURVIVAL
.
1
1.2
A
NEW
APPROACH:
NATURE
AND
TECHNOLOGY
TO
COOPERATE
AND
CONVERGE
.
2
1.3
LATEST:
BIOLOGICAL
AND
DIGITAL
TRANSFORMATION
CROSS-FERTILIZE
AND
ENRICH
EACH
OTHER
.
3
1.4
THE
GOAL:
EFFICIENT
AND
SUSTAINABLE
VALUE
CREATION
.
5
1.5
BIOLOGICAL
TRANSFORMATION
AT
FRAUNHOFER
AND
OUTLOOK
.
6
2
BIOLOGICAL
TRANSFORMATION
.
9
PATRICK
DIECKHOFF,
SOPHIE
HIPPMANN,
RAOUL
KLINGNER,
AND
MIRIAM
LEIS
2.1
THE
MEANING
OF
BIOLOGICAL
TRANSFORMATION
.
9
2.2
NATURE
AS
INSPIRATION
FOR
INNOVATIONS
*
MADE
IN
GERMANY
*
.
.
10
2.3
THE
CONTRIBUTION
TO
GLOBAL
CHALLENGES
AND
SOLUTIONS
FOR
SUSTAINABILITY
.
12
2.4
CONCEPTS
AND
EXAMPLES
FROM
FRAUNHOFER
RESEARCH
ON
BIOLOGICAL
TRANSFORMATION
.
14
2.5
PROCESSES
.
17
SOURCES
AND
BIBLIOGRAPHY
.
18
3
BIOMIMETICS
RESEARCH
FOR
MEDICAL
ENGINEERING
.
19
THOMAS
BAUEMHANSL
AND
OLIVER
SCHWARZ
3.1
INTRODUCTION
.
20
3.1.1
BIOMIMETICS
AS
CREATIVE
TECHNOLOGY
.
20
3.1.2
BIOMIMETICS
AS
A
DISCIPLINE
WITH
MANY
SUB
DISCIPLINES
.
20
VI
CONTENTS
3.2
MAIN
STRANDS
OF
BIOMIMETICS
.
21
3.2.1
BIOMIMETICS*
PARADIGM
SHIFT
AND
RADICAL
INNOVATIONS
.
22
3.2.2
BIOMIMETICS
COVERS
EVERYTHING
EXCEPT
BIOTECHNOLOGY
.
23
3.3
THE
ROLE
OF
BIOMIMETICS
IN
BIOLOGICAL
TRANSFORMATION
.
.
24
3.4
BIOMIMETICS
IN
MEDICAL
ENGINEERING
.
24
3.4.1
SURGICAL
BONE
PUNCH
MODELED
ON
SNAKE
AND
CAT
.
.
26
3.4.2
DRILLING
MODELED
ON
INSECTS
.
28
3.4.3
IMPLANTS
(ENDOPROSTHESES)
.
30
3.4.4
EXOPROSTHESES
.
32
SOURCES
AND
BIBLIOGRAPHY
.
34
4
INNOVATIVE
FOOD
PRODUCTS
.
37
PETER
EISNER,
UTE
WEISZ,
RAFFAEL
OSEN,
AND
STEPHANIE
MITTERMAIER
4.1
INTRODUCTION
AND
BACKGROUND
.
38
4.2
PLANT-BASED
PROTEINS
AS
FUNCTIONAL
FOOD
INGREDIENTS
.
40
4.2.1
EXTRACTION
PROCESSES
FOR
PLANT-BASED
PROTEIN
INGREDIENTS
.
41
4.2.2
MODIFICATION
OF
PLANT-BASED
PROTEIN
INGREDIENTS
.
.
44
4.3
ALLERGENICITY
OF
PLANT-BASED
PROTEINS
AND
STRATEGIES
FOR
ITS
REDUCTION
.
46
4.3.1
FOOD
ALLERGIES
AND
FOOD
ALLERGENS
.
46
4.3.2
STRATEGIES
FOR
AFFECTED
CONSUMERS
.
47
4.3.3
WAYS
TO
REDUCE
THE
ALLERGENIC
POTENTIAL
OF
PROTEIN
INGREDIENTS
.
47
4.4
TEXTURIZING
PLANT-BASED
PROTEIN
INGREDIENTS
BY
EXTRUSION
COOKING
.
51
4.4.1
EXTRUDERS
AND
EXTRUSION
PARAMETERS
IN
FOOD
PROCESSING
.
52
4.4.2
PRODUCTION
OF
PLANT-BASED
MEAT
ALTERNATIVES
.
52
4.5
FURTHER
APPLICATIONS
OF
PLANT-BASED
PROTEINS
.
57
SOURCES
AND
BIBLIOGRAPHY
.
58
5
TECHNICAL
HOMES
FOR
HUMAN
CELLS
.
63
CHRISTOPH
LEYENS,
UDO
KLOTZBACH,
FRANK
SONNTAG,
MARKUS
WOLPERDINGER,
PETER
LOSKILL,
THOMAS
BAUEMHANSL,
ANDREAS
TRAUBE,
CHRISTIAN
BRECHER,
ROBERT
SCHMITT,
AND
NIELS
KONIG
5.1
INTRODUCTION
.
64
CONTENTS
VII
5.2
REQUIREMENTS
FROM
A
BIOLOGICAL
ASPECT
AND
MODELING
OF
BIOLOGICAL
PROCESSES
.
65
5.3
MICROPHYSIOLOGICAL
ORGAN-ON-A-CHIP
SYSTEMS
AS
AN
INTERDISCIPLINARY
PLATFORM
.
65
5.3.1
INTRODUCTION
.
67
5.3.2
SPECIFIC
ORGAN-ON-A-CHIP
SYSTEMS
.
69
5.3.3
MULTI-ORGAN
CHIPS-ALL-IN-ONE
MICROFLUIDICS
.
71
5.3.4
OUTLOOK
.
75
5.4
SENSORS
AND
ACTUATORS
FOR
AUTOMATION
IN
BIOANALYTICS
.
76
5.4.1
AUTOMATED
HIGH-THROUGHPUT
MICROSCOPY
FOR
CELL
PRODUCTION
.
76
5.4.2
DEEP
LEARNING
FOR
CLASSIFICATION
IN
CELL
MICROSCOPY
78
5.4.3
OPTICAL
COHERENCE
TOMOGRAPHY
(OCT)
AS
SENSOR
TECHNOLOGY
IN
TISSUE
ENGINEERING
.
80
5.5
LABORATORY
AUTOMATION
AS
THE
BASIS
FOR
PROCESS
TRANSFER
IN
BIOLOGICAL
TRANSFORMATION
.
83
5.6
CONCLUSION
AND
OUTLOOK
.
88
SOURCES
AND
BIBLIOGRAPHY
.
90
6
PHENOTYPING
AND
GENOTYPING
OF
PLANTS
.
91
UDO
SEIFFERT
AND
ANDREAS
HERZOG
6.1
INTRODUCTION
.
91
6.2
MOTIVATION
.
93
6.3
GENERAL
APPROACH
AND
EXAMPLES
OF
IMPLEMENTED
SOLUTIONS
.
95
6.4
OUTLOOK
.
100
SOURCES
AND
BIBLIOGRAPHY
.
103
7
CELLS
AS
SENSORS
.
105
STEFANIE
MICHAELIS
AND
JOACHIM
WEGENER
7.1
INTRODUCTION
.
105
7.2
THE
IMPORTANCE
OF
CELL-BASED
BIOANALYSIS
.
107
7.3
CELL
CULTURE
MODELS
FOR
VARIOUS
BIOANALYTICAL
APPLICATIONS
.
109
7.4
NON-INVASIVE
PHYSICAL
SIGNAL
TRANSDUCERS
FOR
MONITORING
LIVING
CELLS
.
ILL
7.5
CELLS
AS
SENSORS
*
EXAMPLE
APPLICATIONS
OF
INTEGRAL
EFFECT-
DIRECTED
ANALYSIS
.
117
7.5.1
IMPEDANCE-BASED
ANALYSIS
OF
CHANGES
IN
CELL
SHAPE
UNDER
THE
INFLUENCE
OF
EXTERNAL
FACTORS
.
118
VIII
CONTENTS
7.5.2
ANALYSIS
OF
CYTOMECHANICAL
CHANGES
WITH
PIEZOELECTRIC
RESONATORS
.
121
7.5.3
QUANTITATIVE
DRUG
TESTING
WITH
SENSOR
CELLS
AND
EVANESCENT
FIELDS
.
123
7.6
CONCLUSION
.
124
SOURCES
AND
BIBLIOGRAPHY
.
124
8
BIOPOLYMERS
-
FUNCTION
CARRIERS
IN
MATERIALS
RESEARCH
.
129
ALEXANDER
BOKER
8.1
INTRODUCTION
.
130
8.2
INTRODUCTION
TO
BIOLOGICAL
BUILDING
BLOCKS/FUNCTIONS
.
131
8.3
INTEGRATION
OF
BIOLOGICAL
FUNCTIONS
IN
MATERIALS
.
134
8.3.1
INTEGRATION
AT
THE
MOLECULAR
LEVEL
.
134
8.3.2
NEW
BIOLOGICAL
FUNCTIONS
IN
THERMOPLASTIC
BIOPLASTICS
.
142
8.4
BIOMATERIALS
FOR
MEDICINE
.
150
SOURCES
AND
BIBLIOGRAPHY
.
155
9
BIOGENIC
PLASTIC
ADDITIVES
.
161
RUDOLF
PFAENDNER
AND
TOBIAS
MELZ
9.1
INTRODUCTION
.
161
9.2
PLASTICIZERS
BASED
ON
RENEWABLE
RAW
MATERIALS
.
163
9.3
ANTIOXIDANTS
FROM
PLANT
EXTRACTS
.
166
9.4
LIGHT
STABILIZERS
FROM
PLANT
EXTRACTS
.
168
9.5
FLAME
RETARDANTS
FROM
RENEWABLE
RAW
MATERIALS
.
169
9.6
OTHER
PLASTIC
ADDITIVES
FROM
RENEWABLE
RAW
MATERIALS
.
172
9.7
OUTLOOK
.
174
SOURCES
AND
BIBLIOGRAPHY
.
175
10
ORGANISMS
AS
PRODUCERS
.
179
STEFAN
RASCHE,
STEFAN
SCHILLBERG,
FELIX
DERWENSKUS,
ULRIKE
SCHMID-STAIGER,
AND
URSULA
SCHLIEBMANN
10.1
PRODUCTION
OF
DIETARY
PROTEINS
IN
MICROBIAL
CELL
FACTORIES
.
.
180
10.1.1
INTRODUCTION
AND
BACKGROUND
.
180
10.1.2
SELECTION
AND
OPTIMIZATION
OF
A
SUITABLE
PHENYLALANINE-FREE
DIETARY
PROTEIN
.
181
10.1.3
PRODUCTION
AND
TESTING
OF
THE
PHENYLALANINE-FREE
PROTEIN
.
182
10.1.4
OUTLOOK
.
183
CONTENTS
IX
10.2
PLANT
STEM
CELLS
FOR
THE
COSMETIC
INDUSTRY
.
184
10.2.1
INTRODUCTION
AND
B
ACKGROUND
.
184
10.2.2
PREPARATION
AND
PRODUCTION
OF
PLANT
STEM
CELLS
.
184
10.2.3
OPTIMIZATION
OF
PRODUCTION
CONDITIONS
.
186
10.2.4
CONCLUSION
.
187
10.3
VALUE-ADDED
COMPOUNDS
FROM
MICROALGAE
*
INCREASED
VALUE
CREATION
THROUGH
CASCADING
USE
AND
FRACTIONATION
.
187
10.3.1
INTRODUCTION
.
188
10.3.2
MICROALGAL
INGREDIENTS
AND
AREAS
OF
APPLICATION
.
189
10.3.3
CULTIVATION
OF
MICROALGAE
.
190
10.3.4
BIOMASS
REPROCESSING
.
193
10.3.5
OUTLOOK
.
195
SOURCES
AND
BIBLIOGRAPHY
.
196
11
BIOLOGIZED
ROBOTICS
AND
BIOMECHATRONICS
.
199
NORBERT
ELKMANN,
ROLAND
BEHRENS,
MARTIN
HAGELE,
URS
SCHNEIDER,
AND
SUSANNE
OBERER-TREITZ
11.1
INTRODUCTION
.
199
11.2
HUMAN-ROBOT
COLLABORATION:
OVERVIEW,
OPPORTUNITIES
AND
CHALLENGES
.
200
11.3
POTENTIAL
APPLICATIONS,
CLASSIFICATION
OF
HUMAN-ROBOT
COLLABORATION,
STANDARDS
.
200
11.3.1
FORMS
OF
INTERACTION
.
201
11.3.2
HAZARDS
AND
SAFEGUARDING
MODES
.
202
11.4
RISK
ASSESSMENT
WHEN
COLLABORATING
WITH
ROBOTS
.
203
11.4.1
CURRENT
NEED
FOR
BIOMECHANICAL
LIMITS
.
204
11.4.2
DIFFERENTIATION
OF
BIOMECHANICAL
LIMITS
.
204
11.4.3
STUDIES
ON
THE
DEVELOPMENT
OF
LOAD
LIMITS
.
206
11.5
ROBOTIC
APPLICATIONS
WITH
HRC:
NOW
AND
IN
THE
FUTURE
.
.
.
208
11.6
EXOPROSTHESES
AND
EXOSKELETONS
.
214
11.6.1
FROM
THE
MECHANICAL
TO
THE
MECHATRONIC
HUMAN-
TECHNOLOGY
INTERFACE
.
214
11.6.2
NEW
METHODS
OF
BIOSIGNAL
ACQUISITION
.
217
11.7
SUMMARY
AND
OUTLOOK
.
219
SOURCES
AND
BIBLIOGRAPHY
.
219
X
CONTENTS
12
FUTURE
AM
.
225
JOHANNES
HENRICH
SCHLEIFENBAUM,
CHRISTIAN
TENBROCK,
CLAUS
EMMELMANN,
CHRISTOPH
LEYENS,
FRANK
BRUCKNER,
AND
ALEXANDER
MICHAELIS
12.1
INTRODUCTION
.
226
12.2
DEFICITS
AND
DERIVED
FIELDS
OF
ACTION
FOR
METAL
AM
.
230
12.3
OBJECTIVES
.
232
12.4
STATE
OF
THE
ART
.
236
12.5
CURRENT
RESULTS
.
243
12.6
OUTLOOK
.
244
SOURCES
AND
BIBLIOGRAPHY
.
245
13
INSECT
BIOTECHNOLOGY
.
247
ANDREAS
VILCINSKAS
13.1
INTRODUCTION
.
247
13.2
ANTIBIOTICS
FROM
INSECTS
.
248
13.3
VIRULENCE
BLOCKERS
FROM
INSECTS
.
250
13.4
INSECT
ENZYMES
FOR
INDUSTRIAL
BIOTECHNOLOGY
.
251
13.5
INSECTS
AS
AN
ALTERNATIVE
PROTEIN
SOURCE
.
254
13.6
INSECT
BIOTECHNOLOGY
IN
PLANT
PROTECTION
.
255
13.6.1
RNA
INTERFERENCE
(RNAI)
IN
CROP
PROTECTION
.
256
13.6.2
STERILE
INSECT
TECHNIQUE
(SIT)
.
257
SOURCES
AND
BIBLIOGRAPHY
.
259
14
THE
RESOURCE
PRINCIPLE
.
261
BOHUMIL
KASAI,
MORITZ
LESCHINSKY,
CHRISTIAN
OEHR,
GERD
UNKELBACH,
AND
MARKUS
WOLPERDINGER
14.1
INTRODUCTION
.
262
14.2
WOOD
AS
A
MATERIAL
.
264
14.2.1
STRUCTURE
AND
COMPOSITION
.
264
14.2.2
PLANT
FIBERS
.
266
14.2.3
WOOD
AND
FIBER
COMPOSITES
.
268
14.3
HYBRID
MATERIALS
WITH
WOOD
AND
PLANT
FIBERS
.
270
14.3.1
WOOD-BASED
HYBRID
MATERIALS
.
270
14.3.2
HYBRID
MATERIALS
MADE
OF
PLANT-BASED
FIBERS
.
274
14.4
HIERARCHICAL
WOOD
STRUCTURE
AND
TRANSFORMATION
INTO
NEW
MATERIALS
.
278
14.5
WOOD
AS
A
SOURCE
OF
CHEMICAL
COMPOUNDS
.
280
14.6
TECHNOLOGY
ASSESSMENT
.
281
CONTENTS
XI
14.7
AN
OVERVIEW
OF
THE
DIGESTION
PROCESSES
.
283
14.7.1
MECHANICAL
PRETREATMENT
(STRUCTURE-PRESERVING
METHOD)
.
283
14.7.2
AUTOHYDROLYSIS/HYDROTHERMOLYSIS/VAPOR
PRESSURE
DIGESTION
(STRUCTURE-PRESERVING
METHOD)
.
283
14.7.3
ALKALINE
DIGESTION
PROCESSES
(STRUCTURE-PRESERVING
PROCESSES)
.
286
14.7.4
SULFITE
DIGESTION/LIGNIN
SULFONATION
(STRUCTURE-
PRESERVING
PROCESS)
.
288
14.7.5
DIGESTION
WITH
ALCOHOLS,
ORGANOSOLV
PROCESS
(STRUCTURE-PRESERVING
PROCESS)
.
289
14.7.6
DIGESTION
WITH
ORGANIC
ACIDS
(STRUCTURE-PRESERVING
PROCESS)
.
291
14.7.7
DIGESTION
WITH
IONIC
LIQUIDS
(STRUCTURE-PRESERVING
PROCESS)
.
292
14.7.8
DIGESTION
BY
CALCIUM
OXIDE
(STRUCTURE-PRESERVING
PROCESS)
.
293
14.7.9
PRETREATMENTS
FOR
SUBSEQUENT
HYDROLYSIS
AND
UTILIZATION
OF
THE
SUGAR
FRACTIONS
(SOME
STRUCTURE-
DEGRADING
PROCESSES)
.
293
14.7.10
UTILIZATION
OF
THE
LIGNIN
FRACTION
.
297
14.8
PYROLYSIS
TO
OIL
(NON-STRUCTURE-PRESERVING
PROCESS)
.
299
14.9
PYROLYSIS
WITH
SUBSEQUENT
GASIFICATION
(NON-STRUCTURE-
PRESERVING
PROCESS)
.
301
14.10
FERMENTATION
(NON-STRUCTURE-PRESERVING
PROCESS)
.
302
SOURCES
AND
BIBLIOGRAPHY
.
304
15
COGNITIVE
BIOLOGICAL
SENSORS
.
311
ALBERT
HEUBERGER,
RANDOLF
HANKE,
AND
CLAUDIA
ECKERT
15.1
INTRODUCTION
AND
MOTIVATION
.
312
15.2
LEARNING
FROM
BIOLOGY
.
314
15.2.1
INSECT
SWARMS
AS
MULTI-MODAL
SENSOR
NETWORKS
.
314
15.2.2
BEYOND
HUMAN
VISION
*
MULTISPECTRAL
SENSORS
AND
POLARIZATION
.
317
15.3
LEARNING
FOR
BIOLOGY
.
319
15.3.1
DIGITIZATION
OF
PERCEPTION
*
CAMPUS
OF
THE
SENSES
.
319
15.3.2
DIGITIZATION
OF
SELF-SIMILAR
BIOLOGICAL
STRUCTURES
.
.
323
15.4
THE
COGNITIVE
INTERNET
.
326
SOURCES
AND
BIBLIOGRAPHY
.
328
XII
CONTENTS
16
PREVENTION
OF
BIOFOULING
.
329
RALF
B.
WEHRSPOHN
AND
ULRIKE
HIRSCH
16.1
INTRODUCTION
.
330
16.2
FORMATION
AND
CONTROL
OF
BIOFOULING
.
331
16.3
MARKET
DEVELOPMENT
.
337
16.4
EXAMPLE:
ANTIFOULING
THROUGH
ELECTRICALLY CONDUCTIVE
MARINE
PAINTS
.
338
16.5
EXAMPLE:
LOW-FOULING
MEMBRANE
MODULES
FOR
REVERSE
OSMOSIS
.
342
16.6
OUTLOOK
.
347
SOURCES
AND
BIBLIOGRAPHY
.
347
17
URBAN
AGRICULTURE
.
351
ECKHARD
WEIDNER,
GORGE
DEERBERG,
AND
VOLKMAR
KEUTER
17.1
INTRODUCTION
.
352
17.2
NEW
APPROACHES
TO
KNOWLEDGE-BASED
URBAN
AGRICULTURE
.
.
352
17.3
LOCAL
PRODUCTION
SITES
.
353
17.4
CIRCULAR
FARMING
.
355
17.5
DIGITAL
HORTICULTURE
.
358
17.6
OUTLOOK
.
360
SOURCES
AND
BIBLIOGRAPHY
.
360
18
DIGITAL
VILLAGES
.
363
MARIO
TRAPP
AND
STEFFEN
HESS
18.1
INTRODUCTION
.
363
18.2
SMART
ECOSYSTEMS
AS
THE
BASIS
OF
DIGITAL
ECOSYSTEMS
.
366
18.2.1
THE
PLATFORM
STRATEGY
*
MORE
THAN
THE
SUM
OF
ALL
PARTS
.
366
18.2.2
FROM
PLATFORMS
TO
SMART
ECOSYSTEMS
.
367
18.3
THE
SMART
ECOSYSTEM
OF
DIGITAL
VILLAGES
.
369
18.4
SUCCESS
FACTORS
FOR
A
SMART
RURAL
AREA
.
369
18.5
SMART
RURAL
AREAS
*
MORE
THAN
A
THEORETICAL
CONSTRUCT
.
370
18.6
A
UNIFIED
PLATFORM
WITH
FLEXIBLY
USABLE
SERVICES
.
371
18.7
THE
*
RURAL
AREAS
*
SMART
ECOSYSTEM
.
374
18.8
OUTLOOK
.
377
SOURCES
AND
BIBLIOGRAPHY
.
378
CONTENTS
XIII
19
ALTERNATIVES
TO
GROWTH
.
379
CHRISTOPH
SCHAFERS,
KRISTINA
BETTE,
FLORIAN
HERRMANN,
AND
GEORG
NAWROTH
19.1
INTRODUCTION:
LIMITS
OF
GROWTH,
LIMITS
OF
GROWTH
ECONOMY?
380
19.2
THE
POPULATION
ECOLOGY
PERSPECTIVE:
GROWTH
STRATEGY
VERSUS
CAPACITY
STRATEGY
.
381
19.2.1
ECONOMIC
DEVELOPMENT
FROM
A
RESOURCE
PERSPECTIVE
382
19.2.2
CHARACTERISTICS
OF
CLIMAX
ECOSYSTEMS
.
383
19.3
TRANSFER
TO
THE
ECONOMY:
CLIMAX
ECONOMY
CHARACTERISTICS
SUCH
AS
NICHES,
NETWORKING,
MATERIAL
CYCLES
.
385
19.4
AGRICULTURE
AND
FORESTRY
AS
PIONEERS
OF
THE
CLIMAX
ECONOMY
386
19.5
VALUE
NETWORKS
FOR
A
CLIMAX
ECONOMY
.
392
19.6
OUTLOOK
.
394
SOURCES
AND
BIBLIOGRAPHY
.
396 |
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| illustrated | Illustrated |
| indexdate | 2024-12-09T13:04:58Z |
| institution | BVB |
| institution_GND | (DE-588)1065168780 |
| isbn | 9783662596586 |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-031730873 |
| oclc_num | 1199067606 |
| open_access_boolean | |
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| owner_facet | DE-91S DE-BY-TUM DE-M49 DE-BY-TUM DE-703 |
| physical | xiii, 398 Seiten Illustrationen, Diagramme 21 cm x 14.8 cm |
| publishDate | 2020 |
| publishDateSearch | 2020 |
| publishDateSort | 2020 |
| publisher | Springer Vieweg |
| record_format | marc |
| spelling | Biological transformation Reimund Neugebauer, editor Berlin Springer Vieweg [2020] xiii, 398 Seiten Illustrationen, Diagramme 21 cm x 14.8 cm txt rdacontent n rdamedia nc rdacarrier Künstliche Intelligenz (DE-588)4033447-8 gnd rswk-swf Digitale Revolution (DE-588)7854804-4 gnd rswk-swf Bionik (DE-588)4006888-2 gnd rswk-swf Digitale Revolution (DE-588)7854804-4 s Bionik (DE-588)4006888-2 s Künstliche Intelligenz (DE-588)4033447-8 s DE-604 Neugebauer, Reimund 1953- (DE-588)124315828 edt Springer-Verlag GmbH (DE-588)1065168780 pbl Erscheint auch als Online-Ausgabe 978-3-662-59659-3 X:MVB text/html http://deposit.dnb.de/cgi-bin/dokserv?id=64d843579f534a82b4d5dbfa1b23a10b&prov=M&dok_var=1&dok_ext=htm Inhaltstext X:MVB http://www.springer.com/ DNB Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=031730873&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Biological transformation Künstliche Intelligenz (DE-588)4033447-8 gnd Digitale Revolution (DE-588)7854804-4 gnd Bionik (DE-588)4006888-2 gnd |
| subject_GND | (DE-588)4033447-8 (DE-588)7854804-4 (DE-588)4006888-2 |
| title | Biological transformation |
| title_auth | Biological transformation |
| title_exact_search | Biological transformation |
| title_full | Biological transformation Reimund Neugebauer, editor |
| title_fullStr | Biological transformation Reimund Neugebauer, editor |
| title_full_unstemmed | Biological transformation Reimund Neugebauer, editor |
| title_short | Biological transformation |
| title_sort | biological transformation |
| topic | Künstliche Intelligenz (DE-588)4033447-8 gnd Digitale Revolution (DE-588)7854804-4 gnd Bionik (DE-588)4006888-2 gnd |
| topic_facet | Künstliche Intelligenz Digitale Revolution Bionik |
| url | http://deposit.dnb.de/cgi-bin/dokserv?id=64d843579f534a82b4d5dbfa1b23a10b&prov=M&dok_var=1&dok_ext=htm http://www.springer.com/ http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=031730873&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| work_keys_str_mv | AT neugebauerreimund biologicaltransformation AT springerverlaggmbh biologicaltransformation |