PUBLIKATIONEN
1.NIES C, RUBNER T, LORIG H, COLDITZ V, SEELMANN H, MÜLLER A, GOTTWALD E
A MICROVAVITY ARRAY-BASED 4D-CELL CULTURE PLATFORM
BIOENGINEERING 2019; 6, 50; DOI:10.3390/bioengineering6020050
2.GOTTWALD E, NIES C, SAFFRICH R, WUCHTER P, TRUCKENMÜLLER R, GISELBRECHT S
A MICROCAVITY ARRAY-BASED 3D-MODEL SYSTEM OF THE HEMATOPOIETIC STEM CELL NICHE
IN: METHODS IN MOLECULAR BIOLOGY, WALKER JM (ed), HUMANA PRESS 2019. In press
3.NIES C, GOTTWALD E
ARTIFICIAL HEMATOPOIETIC STEM CELL NICHES – DIMENSIONALITY MATTERS
ADVANCES IN TISSUE ENGINEERING & REGENERATIVE MEDICINE 2017; Open Access 2(5): 00042. DOI: 10.15406/atroa.2017.02.00042
4.ANDREAS NEUBAUER, CORDULA NIES, VICTOR D. SCHEPKIN, RUOMIN HU, MATTHIAS MALZACHER, JORGE CHACÓN-CALDERA, DAVID THIELE, ERIC GOTTWALD AND LOTHAR R. SCHAD.
TRACKING PROTEIN FUNCTION WITH SODIUM MULTI QUANTUM SPECTROSCOPY IN A HIGH DENSITY CELL CULTURE SCIENTIFIC REPORTS 2017; ARTICLE NUMBER: 3943 2017 DOI:10.1038/S41598-017-04226-2
5.GOTTWALD E, NEUBAUER A, SCHAD L TRACKING CELLULAR FUNCTIONS BY EXPLOITINGTHE PARAMGNETIC PROPERTIES OF X-NUCLEI
IN: ASSESSMENT OF CELLULAR AND ORGAN FUNCTION AND DYSFUNCTION USING DIRECTAND DERIVED MRI METHODOLOGIES, CONSTANTINIDIS C (ED), INTECH, 2016; DOI:10.5772/61953.
6.WUCHTER P, SAFFRICH R, GISELBRECHT S, NIES C, LORIG H, KOLB S, HO A, GOTTWALD E
MICROCAVITY ARRAYS AS AN IN VITRO MODEL SYSTEM OF THE BONE MARROW NICHE FORHEMATOPOIETIC STEM CELLS
CELL TISSUE RES. 2016; 364: 573-584, DOI 10.1007/S00441-015-2348-8
7. ZIMMERMANN S, GRETZINGER S, SCHEEDER C, SCHWAB ML, OELMEIER SA, OSBERGHAUS A, GOTTWALD E, HUBBUCH J
HIGH-THROUGHPUT CELL QUANTIFICATION ASSAYS FOR USE IN CELL PURIFICATION DEVELOPMENT - ENABLING TECHNOLOGIES FOR CELL PRODUCTION
BIOTECHNOL J. 2016 JAN 27. DOI: 10.1002/BIOT.201500577
8.BACHMANN A, MOLL M, GOTTWALD E, NIES C, ZANTL R, WAGNER H, BURKHARDT B, MARTÍNEZ SÁNCHEZ J, LADURNER R, THASLER W, DAMM G, NUSSLER AK
3D CULTIVATION TECHNIQUES FOR PRIMARY HUMAN HEPATOCYTES
MICROARRAYS 2015; 4(1): 64-83; DOI:10.3390/MICROARRAYS4010064
9.GOTTWALD E, GISELBRECHT S.
ORGANOTYPIC TISSUE MODELS IN MRI METHOD DEVELOPMENT
ZEITSCHR. F. MED. PHYSIK 2014; DX.DOI.ORG/10.1016/J.ZEMEDI.2014.02.006
10.ALTMANN B, LÖCHNER A, SWAIN M, KOHAL RJ, GISELBRECHT S, GOTTWALD E,STEINBERG T, TOMAKIDI P
DIFFERENCES IN MORPHOGENESIS OF 3D CULTURED PRIMARY HUMAN OSTEOBLASTS UNDERSTATIC AND MICROFLUIDIC GROWTH CONDITIONS
BIOMATERIALS 2014; 35: 3208-3219
11.GOTTWALD E, KLEINTSCHEK T, GISELBRECHT S, TRUCKENMÜLLER R, ALTMANN B, WORGULL M, DÖPFERT J, SCHAD L, HEILMANN M
CHARACTERIZATION OF A CHIP-BASED BIOREACTOR FOR THREE-DIMENSIONAL CELLCULTIVATION VIA MAGNETIC RESONANCE IMAGING
ZEITSCHR. F. MED. PHYSIK 2013; 23: 102 – 110, DOI: 10.1016/J.ZEMEDI.2013.01.00
12.GOTTWALD E
WHAT IS THE VALUE OF TISSUE CHIPS?
J. BIOCHIP TISSUE CHIPS 2011; 1:E102, DOI: 10.4172/2153-0777.1000E102
13.GISELBRECHT S, REINHARDT M, MAPPES T, BÖRNER M, GOTTWALD E, VANBLITTERSWIJK C, SAILE V, TRUCKENMÜLLER R
CLOSER TO NATURE – BIO-INSPIRED PATTERNS BY TRANSFORMING LATENT LITHOGRAPHIC IMAGES
ADV. MAT. 2011; 23(42):4873-9. DOI: 10.1002/ADMA.201102759
14.GISELBRECHT S, TRUCKENMÜLLER R, GOTTWALD E
FABRICATION OF ADVANCED MICROCONTAINER ARRAYS FOR DYNAMIC 3D CELL CULTURE INMICROFLUIDIC BIOREACTORS
IN: MICROFLUIDIC CELL CULTURE SYSTEMS, BETTINGER CJ, BORENSTEIN JT, SL TAO(EDS), ELSEVIER, MÜNCHEN, 2012
15.TRUCKENMÜLLER R, GISELBRECHT S, RIVRON N, GOTTWALD E, SAILE V, VAN DENBERG , A WESSLING M, VAN BLITTERSWIJK C
THERMOFORMING OF FILM-BASED BIOMEDICAL MICRODEVICES
ADV. MATERIALS 2011; 23: 1311-1329, DOI: 10.1002/ADMA
16.BRIGITTE ALTMANN , THORSTEN STEINBERG , STEFAN GISELBRECHT , ERIC GOTTWALD , PASCAL TOMAKIDI , MARIA BÄCHLE-HAAS , RALF-JOACHIM KOHAL A PROMOTION OF OSTEOBLAST DIFFERENTIATION IN 3D BIOMATERIAL MICRO-CHIP ARRAYSCOMPRISING FIBRONECTIN-COATED POLY(METHYL METHACRYLATE) POLYCARBONATE
BIOMATERIALS.2011DEC;32(34):8947-56.DOI: 10.1016/J.BIOMATERIALS.2011.08.023
17.MANUEL BERGER, ALEXANDER WELLE, ERIC GOTTWALD, MICHAEL RAPP, KERSTIN LÄNGE
BIOSENSORS COATED WITH SULFATED POLYSACCHARIDES FOR THE DETECTION OF HEPATOCYTE GROWTH FACTOR/SCATTER FACTOR IN CELL CULTURE MEDIUM BIOSENSORS BIOELECTRONICS 2010; 26(4):1706-1709
18.ALTMANN B, GISELBRECHT S, RIEKE M, WELLE A, SCHARNWEBER T, WEIBEZAHN KF, GOTTWALD E
CHIP-BASED TISSUE ENGINEERING IN MICRO-BIOREACTORS 3D-TISSUE ENGINEERING IN: METHODS IN BIOENGINEERING, YARMUSH, LANGER (EDS),ARTECH HOUSE, BOSTON, USA, 2010, 83-99
19.ALTMANN B, WELLE A, GISELBRECHT S, TRUCKENMÜLLER R, GOTTWALD E
THE FAMOUS VERSUS THE INCONVENIENT – OR THE DAWN AND THE RISE OF 3D-CULTURE SYSTEMS
WORLD J STEM CELLS 2009; 1(1): 43-48 INVITED REVIEW DOI: 10.4252/WJSC.V1.I1.43
20.ALTMANN B, GISELBRECHT S, WEIBEZAHN K-F, WELLE A, GOTTWALD E
THE THREE-DIMENSIONAL CULTIVATION OF THE CARCINOMA CELL LINE HEPG2 IN APERFUSED CHIP SYSTEM LEADS TO A MORE DIFFERENTIATED PHENOTYPE OF THE CELLS COMPARED TO MONOLAYER CULTURE
BIOMED. MATER. 2008, 3: 034120
21.TRUCKENMÜLLER R, GISELBRECHT S, VAN BLITTERSWIJK C, DAMBROWSKY N, GOTTWALD E, MAPPES T, ROLLETSCHEK A, SAILE V, TRAUTMANN C, WEIBEZAHN K-F, WELLE A FLEXIBLE FLUIDIC MICROCHIPS BASED ON THERMOFORMED AND LOCALLY MODIFIED THIN POLYMER FILMS
LAB CHIP 2008; 8: 1570–1579
22.MATTHIAS RIEKE, ERIC GOTTWALD, KARL-FRIEDRICH WEIBEZAHN AND PAUL GOTTLOBLAYER
TISSUE RECONSTRUCTION IN 3D-SPHEROIDS FROM RODENT RETINA IN A MOTION-FREE,BIOREACTOR-BASED MICROSTRUCTURE
LAB CHIP 2008; 8: 2206. DOI 10.1039/B806988C
23.DICKHUT A, GOTTWALD E, STECK E, HEISEL C, RICHTER W
CHONDROGENESIS OF MESENCHYMAL STEM CELLS IN GEL-LIKE BIOMATERIALS IN VITRO AND IN VIVO FRONT. BIOSCI. 2008; 13: 4517-4528
24.GOTTWALD E, LAHNI B, THIELE D, GISELBRECHT S, WELLE A, WEIBEZAHN KF CHIP-BASED THREE-DIMENSIONAL CELL CULTURE IN PERFUSED MICROBIOREACTOR J VIS EXP 2008; 15. HTTP://WWW.JOVE.COM/INDEX/DETAILS.STP?ID=564, DOI: 10.3791/564
25.GISELBRECHT S, GOTTWALD E, TRUCKENMÜLLER R, TRAUTMANN C, WELLE A, GUBER A, SAILE V, GIETZELT T, WEIBEZAHN KF
MICROFABRICATION OF CHIP-SIZED SCAFFOLDS FOR THREE-DIMENSIONAL CELL CULTIVATION
JOVE 15. HTTP://WWW.JOVE.COM/INDEX/DETAILS.STP?ID=699, DOI: 10.3791/193
26.ERIC GOTTWALD , STEFAN GISELBRECHT, BRIGITTE LAHNI, BERNHARD HIEBL, KARL-FRIEDRICH WEIBEZAHN
CELLCHIP-BASIERTE BIOREAKTOREN FÜR DIE EXTRAKORPORALE ORGANUNTERSTÜTZUNG
GALVANOTECHNIK 2008; 4: 974-978
27.GOTTWALD E, GISELBRECHT S, AUGSPURGER C, LAHNI B, DAMBROWSKY N, TRUCKENMÜLLER R, PIOTTER V, GIETZELT T, WENDT O, PFLEGING W, WELLE A, ROLLETSCHEK A, WOBUS AM, WEIBEZAHN K-F
A CHIP-BASED PLATFORM FOR THE IN VITRO GENERATION OF TISSUES IN THREE-DIMENSIONAL ORGANIZATION
LAB CHIP 2007; 7(6): 777-785
28.GOTTWALD E, SONTAG W, LAHNI B, WEIBEZAHN K-F
EXPRESSION OF HSP72 AFTER ELF-EMF EXPOSURE IN THREE CELL LINES BIOELECTROMAGNETICS 2007; 28: 509-518
29.GISELBRECHT S, TRUCKENMÜLLER R, WELLE A, GOTTWALD E, WEIBEZAHN K-F, TRAUTMANN C SMART UND CLEVER. THERMOFORMEN FÜR KÜNSTLICHES GEWEBE
PLASTVERARBEITER 2007; 6: 42-45
30.GOTTWALD E, HERSCHBACH M, LAHNI B, MIESFELD RL, KUNZ S, RAYNES DA, GUERRIERO V
EXPRESSION OF THE COCHAPERONE HSPBP1 IS NOT COORDINATELY REGULATED WITH HSP70 EXPRESSION
CELL BIOLOGY INTERN. 2006; 30: 553-558
31.GISELBRECHT S, GIETZELT T, GOTTWALD E, TRAUTMANN C, TRUCKENMÜLLER R, WEIBEZAHN KF, WELLE A
3D TISSUE CULTURE SUBSTRATES PRODUCED BY MICROTHERMOFORMING OF PRE-PROCESSED POLYMER FILMS
BIOMED. MICRODEV. 2006; 8: 191-199
32.AUGSPURGER C, GROSS A, RIESTER D, WEGENER D, SCHOBER A, GOTTWALD E, WEIBEZAHN KF EFFECCTS OF HDAC INHIBITORS ON PROLIFERATION AND DIFFERENTIATION OF THE HUMAN HEPATOMA CELL LINE HEPG2 CYTOTHERAPY 2006; 8: 51
33.PIOTTER V, GOTTWALD E, GISELBRECHT S, KREUBERGER S
MICRO-INJECTION MOULDING FOR THE MANUFACTURING OF MEDICAL DEVICES
MEDICAL DEVICE MANUFACTURING & TECHNOLOGY 2006; 25-27
34.ESCHBACH E, CHATTERJEE SS, NÖLDNER M, GOTTWALD E, DERTINGER H, WEIBEZAHNK-F, KNEDLITSCHEK G.
MICROSTRUCTURED SCAFFOLDS FOR LIVER TISSUE WITH HIGH DENSITY: MORPHOLOGICAL AND BIOCHEMICAL CHARACTERIZATION OF TISSUE AGGREGATES.
J. CELL. BIOCHEM. 2005; 95: 243-255
35.GOTTWALD E
THE SHAPE OF THINGS TO COME
EUROP. PHARMACEUT. REVIEW 2004; 4: 35-44
36.GISELBRECHT S, GIETZELT T, GOTTWALD E, GUBER AE, TRAUTMANN C, TRUCKENMÜLLER R, WEIBEZAHN K-F
MICROTHERMOFORMING AS A NOVEL TECHNIQUE FOR MANUFACTURING SCAFFOLDS IN TISSUE ENGINEERING (CELLCHIPS)
IEE PROC.-NANOBIOTECHNOL. 2004; 151(4): 151-157
37.GOTTWALD E, WELLE A, AUGSPURGER C, GISELBRECHT S
3D-ZELLKULTUR IN CELLCHIPS
BIOFORUM 2004; 5: 34-36
38.GOTTWALD E, LAHNI B, LÜDKE G, PRECKEL T, BUHLMANN C
INTRACELLULAR HSP72 DETECTION IN HL60 CELLS USING A FLOW CYTOMETRY SYSTEM BASED ON MICROFLUIDIC ANALYSIS BIOTECHNIQUES 2003; 35(2): 358-367
39.GOTTWALD E, WOBUS AM, GUAN K, SONTAG W, WEIBEZAHN K-F, DERTINGER H.
INTERFERENTIAL ELECTRIC FIELD TREATMENT REVEALED A LOW INCREASE OFSPONTANEOUS CARDIAC DIFFERENTIATION BUT NO CYCLIC AMP CHANGES NORINDUCTION OF CARDIAC-SPECIFIC GENE EXPRESSION IN PLURIPOTENT EMBRYONAL CARCINOMA P19 CELLS ELECTROMAGN. BIOL. MED. 2002; 21 (2): 105-118
40.GISELBRECHT S, GOTTWALD E, KNEDLITSCHEK G, WEIBEZAHN KF, WELLE A, GUBER AE, HERRMANN D, MUSLIJA A, SCHOMBURG WK
FURTHER DEVELOPMENT OF MICROSTRUCTURED CULTURE SYSTEMS AND THEIR USE IN TISSUE ENGINEERING
BIOMED. TECH. (BERL) 2002; 47 SUPPL. 1 PT: 373-376
41.GOTTWALD E
HILFSARBEITER FÜR DIE LEBER
SPEKTRUM DER WISSENSCHAFT 2002; 1: 44-51
42.WELLE A, GOTTWALD E
UV-BASED PATTERNING OF POLYMERIC SUBSTRATES FOR CELL CULTURE APPLICATIONS
BIOMED. MICRODEV. 2002; 4 (1): 33-41
43.BURLON O, WEIBEZAHN K-F, GOTTWALD E, WINTERHAGER E.
INTERFERENTIAL ELECTRIC FIELDS REVEAL NONUNIFORM EFFECTS ON PROLIFERATION AND HCG SECRETION IN JAR CELLS
ELECTROMAGN. BIOL. MED. 2002; 21 (2): 129-140
44.GOTTWALD E, MÜLLER O, POLTEN A.
SEMIQUANTITATIVE REVERSE TRANSCRIPTION-POLYMERASE CHAIN REACTION WITH THE AGILENT 2100 BIOANALYZER
ELECTROPHORESIS 2001; 22: 4016-22
45.KNEDLITSCHEK G, SCHNEIDER F, GOTTWALD E, SCHALLER T, ESCHBACH E, WEIBEZAHN K-F.
A TISSUE-LIKE CULTURE SYSTEM USING MICROSTRUCTURES: INFLUENCE OFEXTRACELLULAR MATRIX MATERIAL ON CELL ADHESION AND AGGREGATION.
J. BIOMECH. ENGIN., 121(1999) S.35-39
46.KNEDLITSCHEK G, GOTTWALD E, WEIBEZAHN K-F.
EFFECTS OF INTERFERENTIAL CURRENT IN CELLULAR SYSTEMS
HOLICK, I. [HRSG.]
BIOLOGIC EFFECTS OF LIGHT 1998 : PROC.OF A SYMP., BASEL, CH, NOVEMBER 1-3, 1998
DORDRECHT : KLUWER ACAD.PUBL., 1999 S.303-12
47.GOTTWALD E, GOTTWALD M, DHEIN S
ENHANCED DISPERSION OF EPICARDIAL POTENTIAL DURATION AT SITES OF HISTOLOGICALINHOMOGENEITIES IN THE COURSE OF REGIONAL CARDIAC ISCHEMIA AND REPERFUSION
HEART 1998;79(5):474-80
48.DHEIN S, GOTTWALD M, GOTTWALD E, HOHLFELD T, SALAMEH A, KLAUS W
ACETYLSALICYLIC ACID ENHANCES ARRHYTHMOGENEITY IN A MODEL OF LOCAL ISCHEMIA OF ISOLATED RABBIT HEARTS
EUR. J. PHARMACOL. 1997; 339: 129-139
49.GOTTWALD M, GOTTWALD E, DHEIN S AGE-RELATED ELECTROPHYSIOLOGICAL AND HISTOLOGICAL CHANGES IN RABBIT HEARTS: AGE-RELATED CHANGES IN ELECTROPHYSIOLOGY INT. J. CARDIOL. 1997; 62(2): 97-106
50.DHEIN S, SCHOTT M, TUDYKA T, PIECHA D, GOTTWALD E, KLAUS W
ANTIARRHYTHMIC PEPTIDES: A NEW ANTIARRHYTHMIC PRINCIPLE
EXP. CLIN. CARDIOL. 1997; VOL 2(1): 51-58
51.DHEIN S, SCHOTT M, GOTTWALD E, MÜLLER A, KLAUS W
THE CONTRIBUTION OF NEUTROPHILS TO REPERFUSION ARRHYTHMIAS AND A POSSIBLE ROLE FOR ANTIADHESIVE PHARMACOLOGICAL SUBSTANCES
CARDIOVAS. RES. 1995; 30: 881-888
52.DHEIN S, SCHOTT M, GOTTWALD E, KLAUS W
ELECTROCARDIOLOGICAL PROFILE AND PROARRHYTHMIC EFFECTS OF QUINIDINE,VERAPAMIL AND THEIR COMBINATION: A MAPPING STUDY
NAUNYN-SCHMIEDEBERG´S ARCH. PHARMACOL. 1995; 352: 94-101
