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Perfil investigador
Esp
Dr. José Campos Terán

Professor
Departament of Process and Technology

Division of Natural Sciences and Engineering


Level 2
Member of the National System of Researchers
(SNII)

Physics-Mathematics and Earth Sciences



Cuajimalpa Campus

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Sustainable Development Goals

• 3 Good Health and Well-being

• 7 Affordable and Clean Energy

• 9 Industry, Innovation and Infrastructure

• 11 Sustainable Cities and Communities

• 12 Responsible Consumption and Production

• 13 Climate Action


Research interests

• Surface properties and interactions of biomolecules and nanoparticles
• Colloidal stability and molecular self-assembly: encapsulation and delivery of compounds
• Enzymatic catalysis: Biosensors
• Valorization of renewable resources and residuals into new materials

Profile

Doctor José Campos Terán is a Professor at the Department of Processes and Technology of the Division of Natural Sciences and Engineering of the Universidad Autónoma Metropolitana (UAM) Cuajimalpa.

He studied Chemical Engineering at the Faculty of Chemistry (1988-1993) and received his M.Sc. (1995-1997) and Ph.D. (Materials Science) at the Faculty of Science (1997-2002), both from the Universidad Nacional Autónoma de México (UNAM). For his doctoral thesis work he received honorable mention and was awarded the Alfonso Caso medal from UNAM. He is a postdoctoral fellow at the Department of Physicochemistry 1, Lund University, Sweden (2002-2005). He also has a stay as a visiting researcher at the Mexican Petroleum Institute (IMP, 2006).

He participates as a professor in the Biological Engineering degree program at Cuajimalpa Campus, where he usually teaches Physics, Thermodynamics, Physicochemistry, Biophysics, Molecular Structure of Biomaterials, and Colloids and Interfaces.

He is a researcher of the National System of Researchers, Level II, and his main line of research is the study of colloidal and interfacial systems involving mainly biomolecules, i.e., proteins, enzymes, lipids, cellulose, chitosan, alginate, etc., and with which materials for biosensors, tissue engineering, and controlled release systems can be developed. This is based on the generation of knowledge regarding the relationship between the composition and structure of thin films of these molecular components in liquid-air and solid-liquid interfaces and their physicochemical properties. For this purpose, Professor Campos uses and has experience in different interfacial characterization techniques such as interfacial tensiometry, quartz crystal microbalance, Langmuir, and Langmuir-Blodgett films, interfacial shear and dilational rheology, ellipsometry and neutron reflectrometry.

He has published 20 articles in international indexed and refereed journals, six book chapters, one coordination of a popular science book, has three patent applications. In terms of human resources training, he has supervised terminal projects of 8 undergraduate students, has graduated six graduate students, and has under his direction another two students at the same level. Likewise, he has given more than 60 lectures at national and international scientific dissemination events. He has directed or participated in research projects of CONACyT, PROMEP, ICyTDF, TWAS, Laue-Langevin Institute, France, and the Ministry of Science and Innovation, Spain.

Another research interest of Professor Campos is the development of new processes and technology that generate energy and materials while minimizing environmental damage. In this regard, Professor Campos is a member of the technical committee of the "Laboratory for Cities in Socio-ecological Transition" of the Cuajimalpa Campus of the UAM and, since 2011, he has been a member of the American Chemical Society and the organizing committee of the annual symposium "Valorization of Renewable Resources & Residuals Into New Materials & Multiphase Systems" of the Cellulose and Renewable Materials Division. He recently obtained the 2016 Applied Research Award granted by the Instituto Politécnico Nacional (IPN) for his participation in the project "Obtaining biopolymers from agroindustrial waste of tomato peel".



Information provided by the academic staff

Research interests

• Surface properties and interactions of biomolecules and nanoparticles
• Colloidal stability and molecular self-assembly: encapsulation and delivery of compounds
• Enzymatic catalysis: Biosensors
• Valorization of renewable resources and residuals into new materials

Academic Work

On the following pages you can consult the research work:






Some examples of publications

Select the bibliographic reference to consult each publication:


Open Access References UN SDGs
OAFornasier, M., Junghans, V., Schillén, K. and 5 more (...) (2025).In vitro imaging of Raji B cells with fluorescent and biocompatible lipidic cubosomes. European Polymer Journal,235
OALópez-Simeon, R., Gomez-Maldonado, D., Turner, C. and 2 more (...) (2025).Honeycomb structured membranes from cellulose–polystyrene composites: quantitative evaluation of casting parameters and membrane ordering. Cellulose,
OALópez-Simeon, R., Gomez-Maldonado, D., Turner, C. and 2 more (...) (2025).Correction: Honeycomb structured membranes from cellulose–polystyrene composites: quantitative evaluation of casting parameters and membrane ordering (Cellulose, (2025), 10.1007/s10570-025-06836-w). Cellulose,
Hernández-Guerrero, M., Gomez-Maldonado, D., Gutiérrez-Castañeda, J. and 3 more (...) (2024).Assessment of Culture Systems to Produce Bacterial Cellulose with a Kombucha Consortium. Applied Biochemistry and Biotechnology,196(11) 7816-7833
OASerratos, I.N., Luviano, A.S., Millan-Pacheco, C. and 4 more (...) (2023).Quartz Crystal Microbalance Application and In Silico Studies to Characterize the Interaction of Bovine Serum Albumin with Plasma Polymerized Pyrrole Surfaces: Implications for the Development of Biomaterials. Langmuir,39(32) 11213-11223
Gomez-Maldonado, D., López-Simeon, R., Topete, A. and 3 more (...) (2023).Surface interaction of polysaccharide thin model films and citrate- or protein-capped gold nanoparticles. Applied Nanoscience (Switzerland),13(8) 5807-5819
OARidolfi, A., Cardellini, J., Gashi, F. and 7 more (...) (2023).Electrostatic interactions control the adsorption of extracellular vesicles onto supported lipid bilayers. Journal of Colloid and Interface Science,650883-891
OABeltran-Vargas, N.E., Peña-Mercado, E., Sánchez-Gómez, C. and 5 more (...) (2022).Sodium Alginate/Chitosan Scaffolds for Cardiac Tissue Engineering: The Influence of Its Three-Dimensional Material Preparation and the Use of Gold Nanoparticles. Polymers,14(16)
OAZúñiga, K., Rebollar, G., Avelar, M. and 2 more (...) (2022).Nanomaterial-Based Sensors for the Detection of Glyphosate. Water (Switzerland),14(15)
Campos-Valdez, A.R., Casas-Godoy, L., Sandoval, G. and 6 more (...) (2022).Regioselective synthesis of 6’’-O-lauroyl-1-kestose and 6’’’-O-lauroylnystose by sequential enzymatic reactions of transfructosylation and acylation. Biocatalysis and Biotransformation,40(2) 133-143
OASánchez-Juárez, C., Reyes-Duarte, D., Hernández-Guerrero, M. and 3 more (...) (2020).α-zein nanoparticles as delivery systems for hydrophobic compounds: Effect of assembly parameters. Revista Mexicana de Ingeniera Quimica,19(2) 793-801
OAClifton, L.A., Campbell, R.A., Sebastiani, F. and 5 more (...) (2020).Design and use of model membranes to study biomolecular interactions using complementary surface-sensitive techniques. Advances in Colloid and Interface Science,277
OALuviano, A.S., Hernández-Pascacio, J., Ondo, D. and 4 more (...) (2020).Highly viscoelastic films at the water/air interface: α-Cyclodextrin with anionic surfactants. Journal of Colloid and Interface Science,565601-613
Gómez-Maldonado, D., Hernández-Guerrero, M., López-Simeon, R. and 2 more (...) (2020).Lignocellulosic-Derived Nanostructures From Latin American Natural Resources: Extraction, Preparation, and Applications. Lignocellulosics: Renewable Feedstock for (Tailored) Functional Materials and Nanotechnology,91-115| 9| 12| 15 |

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Courses taught by the professor in recent trimesters

*Courses are conducted in spanish

Num.Trim.Course NameLevel
1
25O
Temas Selectos en Ciencias IILicenciatura
2
25O
Temas Selectos en Ingeniería Biológica ILicenciatura
3
25O
Temas Selectos en Ingeniería Biológica IILicenciatura
4
25O
Temas Selectos en Ingeniería Biológica IIILicenciatura
5
25O
Coloides e InterfasesLicenciatura
6
25O
Temas Selectos en Ciencias ILicenciatura
7
25P
Seminario IIIPosgrado
8
25I
Proyecto de Investigación IIIPosgrado
9
25I
Optativa de Movilidad de Intercambio IIILicenciatura
10
25I
Optativa de Movilidad de Intercambio ILicenciatura
11
25I
Optativa de Movilidad de Intercambio ILicenciatura
12
25I
Optativa de Movilidad de Intercambio ILicenciatura
13
24O
Temas Selectos en Ciencias ILicenciatura
14
24O
Temas Selectos en Ciencias IILicenciatura
15
24O
Temas Selectos en Ingeniería Biológica ILicenciatura
16
24O
Temas Selectos en Ingeniería Biológica IILicenciatura
17
24O
Temas Selectos en Ingeniería Biológica IIILicenciatura
18
24O
Seminario IIPosgrado
19
24O
Proyecto de Investigación IIPosgrado
20
24O
Ingeniería y Diseño de MaterialesPosgrado
21
24P
Proyecto de Investigación IPosgrado
22
24I
Proyecto Terminal IILicenciatura
23
24I
Seminario IPosgrado
24
24I
Proyecto Terminal IILicenciatura
25
23O
Proyecto Terminal ILicenciatura
26
23O
Temas Selectos en Ingeniería Biológica ILicenciatura
27
23O
Temas Selectos en Ingeniería Biológica IILicenciatura
28
23O
Temas Selectos en Ingeniería Biológica IIILicenciatura
29
23O
Ingeniería y Diseño de MaterialesPosgrado
30
23P
Técnicas ExperimentalesPosgrado
31
23P
Proyecto Terminal IILicenciatura
32
23P
Proyecto Terminal ILicenciatura
33
23P
Física IILicenciatura
34
22O
Proyecto de Investigación IIIPosgrado
35
22P
Proyecto Terminal IILicenciatura
36
22P
Proyecto de Investigación IIPosgrado
37
22I
Proyecto Terminal ILicenciatura
38
22I
Proyecto Terminal ILicenciatura
39
22I
Proyecto Terminal IILicenciatura
40
22I
Proyecto Terminal IILicenciatura
41
22I
Proyecto Terminal IILicenciatura
42
22I
Proyecto de Investigación IPosgrado
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Universidad Autónoma Metropolitana, 2025.