From the John Innes Genome Laboratory, we are grateful to Bethany McCullagh (now part of the RevGenUK project) for running the TILLING platform, Richard Goram for DNA extractions and assistance in the TILLING screens and Fran Robson and Jillian Perry from RevGenUK for TILLING assistance.
The authors thank Ms. Rabiaa Rachid for her assistance in extraction of data from the MoPH database, and Mrs. Diana Jamal for her assistance in revising this manuscript.
The authors would like to thank Isabelle Lussier for providing technical assistance for extraction of data from the hospital database and Andrea Bennedetti, Ph.D. for advice on statistical analysis.
The authors are grateful to Mrs. Sema CARIKCI, who kindly provided laboratory facilities for the extraction; Ayhan Aysal, for assistance in LC-MS analyses; and Professor Gulendam Tumen, who identified the plant specimens.
We thank John D. D. Bishop and Christine Wood from the Marine Biological Association of the United Kingdom and Atsuko Sato from the University of Oxford for providing us with colonies from R. compacta, laboratory equipment for DNA extraction and their helpful assistance to collect zooids.
The dynamic microwave-assisted extraction showed obvious advantages in short duration and high efficiency to extract flavonoids without causing degradation of target components from the S. medusa dried cell cultures in comparison with the dynamic solvent extraction without microwave assistance.
Thus, the IRC extraction was optimal without ultrasound assistance, at 76 °C, employing a S:S of 1 16, during 90 min.
The authors would like to thank Asghar Khosh Akhlagh, RN, for assistance with data extraction and chart review as well as National Research Institute of Tuberculosis and Lung Diseases (NRITLD), for funding support.
We are grateful to Andy Mitchell and Paul Upton at the Veterinary Laboratories Agency for assistance with data extraction from VetNet.
We would like to thank Stephen Adams and Jennifer Evans for their assistance with data extraction.
