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Symbiodiniaceae


Algae of the family Symbiodiniaceae form symbiotic relationships with many reef cnidarians providing an important source of energy to these keystone species in a nutrient limited system. Some of these algae also have a freeliving stage and can thus be kept in culture.

Mobirise

Reinfection Cultures

These flasks of culture are being raised to be used for anemone reinfections. Once rendered aposymbiotic, Exaiptasia anemones can be reinfected with different strains of algae to experiment with different symbiotic relationships.

Mobirise

Laboratory Induced Adaptation

Using a series of water baths, I am currently adapting different strains of symbionts to elevated temperature. Due to their faster generation times, algae can undergo genetic adaptation much faster than their cnidarian hosts.

Mobirise

Algal Fluorescence in Symbiosis

We can use fluorescence microscopy to visualize algal symbionts within the tissues of anemone tentacles. Here each blue dot represents an algae cell within the tentacles of an Exaiptasia anemone.

Address

University of Delaware
Lewes Campus
700 Pilottown Road
Lewes, DE 19958 USA

Contacts

Email: tbateman@udel.edu 
Phone: +1 (862-596-4264)