There is widespread concern regarding various aspects of psychoanalytic education. A recent paper by Patrick Casement, drawn widely from his long experience as a supervisor both in the U.K. and abroad, implied that the British Psychoanalytical Society is not exempt from these concerns. To investigate this, a semistructured, anonymous questionnaire was devised and sent to all candidates and all recently qualified analysts at the society. Overall there was a 58% response rate, with 77% of candidates and 39% of recently qualified analysts responding. Concerns were expressed about aspects of the training, but on the whole these were balanced by appreciation. Although strong criticism was expressed by a minority, it seems that when something goes wrong for a candidate, this experience is felt keenly by the peer group as well. The results are discussed in the context of the current training and ethos of the British Society, as well as in relation to a more widespread move toward "competency-based" education. The maturational tasks facing both candidates and trainers are also addressed.
Commensal epizoozoans and episkeletozoans are rarely preserved attached to the external exoskeleton of the Late Ordovician trilobite Flexicalymene. Of nearly 15,000 Flexicalymene specimens examined, 0.1% show epizoozoans or episkeletozoans. Factors limiting Flexicalymene fouling include a shallow burrowing life style, frequent molting of the host, larval preference for other substrates, observational bias caused by overlooking small fouling organisms, and the loss of the non-calcified, outermost cuticle prior to fossilization or as the trilobite weathers from the encasing sediment. Trepostome bryozoans, articulate and inarticulate brachiopods, cornulitids, and a tube-dwelling/boring nonbiomineralized organism represent the preserved members of the Late Ordovician marine hard substrate community fouling Flexicalymene. This assemblage of organisms is less diverse than the hard substrate community fouling Late Ordovician sessile epibenthic organisms. Fouling is not restricted to only large Flexicalymene specimens as observed in previous studies but occurs in medium to large individuals interpreted as early to late holaspid specimens.Epizoozoans fouling the carcasses or molt ensembles of 16 Flexicalymene specimens provide insight into the life habits of the host and these fouling organisms. Trepostome bryozoans, articulate and inarticulate brachiopods, and cornulitids preferentially attached to elevated portions of the dorsal exoskeleton, and preferentially aligned in either the direct line or lee side of currents generated by Flexicalymene walking on the sea floor or swimming through the water column.
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