Effects of fluctuating oxygen and temperature regime on bioenergetics and oxidative stress of the pacific oyster Crassostrea gigas

Rapid nutrient depletion by cancer cells cultured in the physiologic medium Plasmax  

Optical super-resolution imaging of tissues and tobacco mosaic virus (TMV) using microsphere technology

Rubisco substitutions predicted to enhance crop performance through carbon uptake modelling

A role for mitochondria during high light stress in Chlamydomonas reinhardtii

Characterising the proteolytic network of plant cathepsin B

Whole Genome Duplication Show Species-Specific Morphological Changes In Neoautopolyploids

The alternative gene mtaltnd4: uncovering the mitochondria’s hidden functions

Epigenetic mechanisms during anoxia and re-oxygenation in crucian carp brain.

Identification of a key regulator controlling cuticular wax in barley

Whole-cell Electron Tomography Analysis of Vacuoles in Plant Cells

Bioenergetic aspects of pollutant toxicity and their role in determining the tolerance limits to multiple stressors in aquatic organisms

The underestimated protein coding potential of the mitochondrial genome

Flight muscle mitochondria are seasonally plastic in a migratory songbird

Its all just a phase: Phase separation driving organelle biogenesis.

How cargo proteins are recognized and sorted to the vacuoles?

You are welcome to browse digital posters below and ask authors questions through the QA box of each posters. Authors will get notified and will reply asynchronously.

Poster session 2: Adaptation or maladaption of coastal populations to anthropogenic and environmental stressors

poster

Poster session 2: Emerging Technologies in Microscopy & Cell Biology

Poster session 2: General cell and plant biology

Poster session 2: Mitochondrial plasticity and adaptation: proximate determinants and ultimate consequences for adjustments to environmental conditions

Poster session 2: Surviving oxygen deprivation: the role of mitochondria  and the maintence of metabolic function

technical paper

The vacuole is one of the hallmarks of the plant cell. Growth, expansion and morphogenesis of every cell within the plant is driven by the vacuole. Furthermore, specialised protein storage vacuoles present within seed cells contribute a very large proportion of animal dietary proteins. Therefore, our understanding of this organelle is extremely important from both a fundamental discovery and applied science perspective. Over the past decade, the application of cell biology to studying the vacuole during growth and development has greatly improved our understanding of its biogenesis, regulation and expansion. We look forward to the community coming together at this session and discussing the latest developments in these exciting areas.

CP1: Cell Biology of the Plant Vacuole

In this session the effects of pollutants and other environmental stressors will be described in a multistress perspective using coastal animals  

The aim is to explore the effects of pollutants on the species fitness in wild populations and their evolutionary implications. This is an exciting scientific challenge for the next decades that is particularly true in the context of small populations, where genetic drift can counteract the effect of selection and can become maladative. 

The session is designed for integrative approaches to bridge the gap between ecotoxicology and evolutionary ecology in a multistress framework to tackle exciting up-to-date questions and to improve our ability to predict the effects of anthropogenic stressors on wildlife. 

A16:  Adaptation or maladaption of coastal populations to anthropogenic and environmental stressors

[![](https://s3.eu-west-1.amazonaws.com/underline.prod/uploads/markdown_image/1/image/c6cb5ab9ee4d6eb52fa684b0a1b15ea4.png)](https://zoom.us/rec/play/eAjh6NHKZe4e0Is7kkJXl8fWj0xAc-tcVidinsw4eoGsfzaICYFJdxRZQDJHsPN9uYC78JgfZFgDlQGl.jgY1h7umdro5nd4o?autoplay=true&startTime=1657090447000)
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Mitochondrial metabolim is increasing recognized as a key mechanism that influences animal perfomance and adaptation to environmental conditions. Mitochondrial metabolic traits can be very plastic, but consistent differences still exist among individulas. This is probably due to the convoluted nature of mitchondrial proteins encoded by two different genomes but also to the ability of animals to respond to these environmental cues. Accounting for variation in mitochondrial genotype and phenotype is thus required to fully grasp the role of mitochandra in a braod range of organisms experiencing environmental changes and to explain the source of consistent variation both between and within populations. In this session , we will review the current knowledge of adjustments and adaptations allowing different organisms to cope with their environment at the mitochondrial level.

A14: Karine Salin Mitochondrial plasticity and adaptation: proximate determinants and ultimate consequences for adjustments to environmental conditions