Patriciah2

[Patriciah2 @Patriciah211]

Hi, I am Patricia
@LatinXChem
, "Layer-by-layer assembly of hydrolyzed Collagen (HCOL) on films from Poly lactic acid (PLA)improve cell-material interaction" at #LatinXChem23 #LatinXChemNanoMat #NanoMat090

[Patriciah2 @Patriciah211]

@fcojaime95 @LatinXChem @fcojaime95 @LatinXChem Hi! thanks for your question. Could be reproducibility. However, we do not know whether this random desing will affect cell growth.

[Patriciah2 @Patriciah211]

@GrissSantiago @LatinXChem @GrissSantiago @LatinXChem thanks for your question. Our goal is to culture cells on the scaffold surface, in the area where the folds and connections can be seen. Yes, we expect the cells to penetrate the structure.

[Maria Karolina Ramos @MariaKarolinaR1]

Hi @LatinXChem, my name is Maria Karolina Ramos, I’m PhD student at @GqmUfpr, and this is my work "Nanoarchitectonics thin film construction between MoS2, graphene and copper oxide for application in sodium ion battery". #LatinXChem #LXChemNanoMat #NanoMat103 #2Dmaterials

[Patriciah2 @Patriciah211]

@karenslab @LatinXChem . To answer your second question: The way that we fold the films and the pressure we apply when we use the mold.

[Patriciah2 @Patriciah211]

@karenslab @LatinXChem @karenslab To answer your second question: The way that we fold the films and the pressure we apply when we use the mold.

[Patriciah2 @Patriciah211]

@karenslab @LatinXChem @karenslab Hi! Thanks for your question. This technique allows us to create 3D structures without requiring expensive equipment such as a 3-D printer. Besides, we can create interconnections that could improve nutrient and oxygen transport.

[I dG @HF20Ivan]

Hi, I´m Ivan @LatinXChem,It´s my first participation and this is my poster, #LatinXChem22, #LXChemNanoMat, #NanoMat063

[Karen Vazquez @AnnieVaz03]

Hi @LatinXChem, this is my work MECHANICAL PROPERTIES CRUMPLED MATERIALS OBTAINED FROM CARBON NANOSTRUCTURES AND BIOPOLYMER, #LatinXChem22 #LXChemNanoMat #NanoMat015

[Hassani @_Hassani__]

Hello @LatinXChem, this is my work ‘Obtención de una estructura tridimensional de morfología controlada a base de nanotubos de carbono multipared y plantilla sacrificio’ #LatinXChem22 #LXChemNanoMat #NanoMat001

[RAZIEL MARTíNEZ FUENTES @RAZIELMARTNEZF1]

Hi @LatinXChem this is my work 'Síntesis y Caracterización de HKUST-1 por el Método Solvotermal' #LatinXChem22 #LXChemNanoMat #NanoMat134

[Wendi Pérez Vigueras @ViguerasWendi]

Hi @LatinXChem, this is my work Nitrogen-doped graphitic porous carbon structure using polysaccharide and inorganic template, #LatinXChem22 #LXChemNanoMat #NanoMat133

[Luis Raul Barajas Villarruel @Raul__Barajas]

Modelo Multiperiodo para la Gestión Óptima del Sistema Eléctrico Nacional. @LatEnvChemPSE

[Big Van Ciencia @BigVanCiencia]

Mejor tatuaje no hay

[Patriciah2 @Patriciah211]

@WaldmanLab @LatinXChem Thanks for your question. I have to say that I part from a film already made, after that I did the surface modification, the kind of modification is physical adsorption, that is a simple approach applied in this study which attaches the targeted filler on a polymer

[Patriciah2 @Patriciah211]

Hi,@LatinXChem, this is my work “Surface functionalization of PLA/EG hybrid films with collagen” #LatinXChem #LXChemMat #Mat038

[Patriciah2 @Patriciah211]

@maria28187921 @LatinXChem Gracias por tu pregunta. Se eligio el colágeno debido a que es el principal componente de la matriz extracelular, esto es importante debido a que uno de los objetivos de IT es imitar la matriz extracelular.

[Patriciah2 @Patriciah211]

@AnnieVaz03 @LatinXChem Hi Wendy, thanks for your job. Why is geometry important in your material?

[Patriciah2 @Patriciah211]

@olgaliir @LatinXChem Podría ser XPS de esta manera veríamos los picos relacionados al nitrógeno. El colágeno fue elegido debido a que es el mayor componente de la matriz extracelular, es importante mencionar que uno de los objetivos principales de TE es poder mimetizar la matriz extracelular.

[Patriciah2 @Patriciah211]

@AnnieVaz03 @LatinXChem GE have received attention since it possesses great mechanical and electrical features also, they can integrate into matrices polymers. Besides, the GE can be cheaper than other carbons nanomaterials like carbon nanotube

[Francisco Jaime @fcojaime95]

Hi @LatinXChem, this is my work "Evaluation of Mechanical Properties of PLA/Expanded Graphite films with Possible Application in Tissue Engineering" #LXChemMat #Mat045 #LatinXChem