Tekla Tammelin

This presentation elaborates how inherent features of plant-based building blocks and cell wall functions can be exploited in materials engineering. The inherent response of plant components towards water (e.g…

Immobilizing photosynthetic microbes is a promising technique to create efficient cell factories for sustainable chemicals production…

Microplastic particles (µPp 5mm < ø >1µm) entering our environment at an increasing rate are a major problem in especially the aquatic environment where they cause health issues and mortality to living creatures, and pose a threat to human life…

Hemicellulose is generally regarded as amorphous in form and therefore more hygroscopic than cellulose whose crystalline interior is seen as impenetrable by water…

The immobilization of cyanobacteria and microalgae in suitable biocompatible matrixes improve their performance as solid-state photosynthetic cell factories, by which CO2 can be converted into industrially relevant and sustainably produced raw materials, such as ethylene and hydrogen…

Mixed-linkage glucans (MLGs) are hemicelluloses found in grassy plants as structural cell wall components interacting with cellulose fibrils…

The use of nanocelluloses to fabricate matrixes suitable for photosynthetic microorganisms is in its infancy and rapidly emerging, thanks to the excellent results already reported…

Natural materials, such as silk and cellulose, have an inspiring set of properties to be exploited in modern materials engineering…

Plastic pollution has emerged as one of the most severe environmental threats, where the biggest concern is related to the existence of micro- and nanoplastics…

Immobilization of living cells into hydrogel matrix is of great interest for many applications in medical and biotechnological fields…

Mixed-linkage glucans (MLGs) are hemicelluloses found in grassy plants as structural cell wall components interacting with cellulose fibrils…

: [CELL] Division of Cellulose and Renewable Materials

The use of nanocelluloses to fabricate matrixes suitable for photosynthetic microorganisms is in its infancy and rapidly emerging, thanks to the excellent results already reported…

: [CELL] Division of Cellulose and Renewable Materials

Natural materials, such as silk and cellulose, have an inspiring set of properties to be exploited in modern materials engineering…

: [CELL] Division of Cellulose and Renewable Materials

Plastic pollution has emerged as one of the most severe environmental threats, where the biggest concern is related to the existence of micro- and nanoplastics…

: [CELL] Division of Cellulose and Renewable Materials

Immobilization of living cells into hydrogel matrix is of great interest for many applications in medical and biotechnological fields…

: [CELL] Division of Cellulose and Renewable Materials

Mixed-linkage glucans (MLGs) are hemicelluloses found in grassy plants as structural cell wall components interacting with cellulose fibrils…

: [CELL] Division of Cellulose and Renewable Materials

The use of nanocelluloses to fabricate matrixes suitable for photosynthetic microorganisms is in its infancy and rapidly emerging, thanks to the excellent results already reported…

: [CELL] Division of Cellulose and Renewable Materials

Natural materials, such as silk and cellulose, have an inspiring set of properties to be exploited in modern materials engineering…

: [CELL] Division of Cellulose and Renewable Materials

Plastic pollution has emerged as one of the most severe environmental threats, where the biggest concern is related to the existence of micro- and nanoplastics…

: [CELL] Division of Cellulose and Renewable Materials

Immobilization of living cells into hydrogel matrix is of great interest for many applications in medical and biotechnological fields…

: [CELL] Division of Cellulose and Renewable Materials

Mixed-linkage glucans (MLGs) are hemicelluloses found in grassy plants as structural cell wall components interacting with cellulose fibrils…

: [CELL] Division of Cellulose and Renewable Materials

The use of nanocelluloses to fabricate matrixes suitable for photosynthetic microorganisms is in its infancy and rapidly emerging, thanks to the excellent results already reported…

: [CELL] Division of Cellulose and Renewable Materials

Natural materials, such as silk and cellulose, have an inspiring set of properties to be exploited in modern materials engineering…

: [CELL] Division of Cellulose and Renewable Materials

Plastic pollution has emerged as one of the most severe environmental threats, where the biggest concern is related to the existence of micro- and nanoplastics…

: [CELL] Division of Cellulose and Renewable Materials

Immobilization of living cells into hydrogel matrix is of great interest for many applications in medical and biotechnological fields…

: [CELL] Division of Cellulose and Renewable Materials

Mixed-linkage glucans (MLGs) are hemicelluloses found in grassy plants as structural cell wall components interacting with cellulose fibrils…

: [CELL] Division of Cellulose and Renewable Materials

The use of nanocelluloses to fabricate matrixes suitable for photosynthetic microorganisms is in its infancy and rapidly emerging, thanks to the excellent results already reported…

: [CELL] Division of Cellulose and Renewable Materials

Natural materials, such as silk and cellulose, have an inspiring set of properties to be exploited in modern materials engineering…

: [CELL] Division of Cellulose and Renewable Materials

Plastic pollution has emerged as one of the most severe environmental threats, where the biggest concern is related to the existence of micro- and nanoplastics…

: [CELL] Division of Cellulose and Renewable Materials

Immobilization of living cells into hydrogel matrix is of great interest for many applications in medical and biotechnological fields…

: [CELL] Division of Cellulose and Renewable Materials

Mixed-linkage glucans (MLGs) are hemicelluloses found in grassy plants as structural cell wall components interacting with cellulose fibrils…

Natural materials, such as silk and cellulose, have an inspiring set of properties to be exploited in modern materials engineering…

Plastic pollution has emerged as one of the most severe environmental threats, where the biggest concern is related to the existence of micro- and nanoplastics…

Immobilization of living cells into hydrogel matrix is of great interest for many applications in medical and biotechnological fields…

The symposium will provide a forum for the dissemination of cutting-edge research on the utilization of lignocellulosic building blocks and their assemblies in the area of air/gas and water/liquid purification. The topics include approaches to construct innovative biobased materials solutions, e.g…

The symposium will provide a forum for the dissemination of cutting-edge research on the utilization of lignocellulosic building blocks and their assemblies in the area of air/gas and water/liquid purification. The topics include approaches to construct innovative biobased materials solutions, e.g…

Immobilizing photosynthetic microbial production hosts have the potential to elevate the efficiency of biocatalytic chemicals production…

Based on their natural functions, photosynthetic microorganisms such as cyanobacteria and microalgae can be engineered to convert CO2 and waste streams into a wide range of industrially relevant compounds with an intrinsically lower carbon footprint than conventional and petroleum-based ones…

Nanocellulose networks have been extensively surveyed as so-called nanopapers for packaging applications on one hand and membranes for purification purposes on the other. Despite the two distinct ways of end use, the fundamentals of the network structure and the function remain the same…

Due to their intrinsic interactions with cellulose in nature, hemicelluloses constitute interesting candidates for physical modification of (nano)cellulose via polymer adsorption…