Perhaps more than most psychological concepts, the concept of recognition is central to the most fundamental question: What does it mean to be human? Recognition underscores one of our basic ideas about being human; namely, that our selfhoods emerge from, are maintained within, and contribute to the shaping of our community of other human beings. However, I think the concept of recognition can also serve to illuminate a more hidden aspect of what it means to be human, what philosopher Charles Taylor calls a desire "to be rightly placed in relation to the good." Our relationships to ourselves and others are transformed when we are recognized as orienting towards a "good." I use phenomenological description and case examples to illustrate my thesis.
Questo report fa riferimento alle intuizioni della psicoterapia della Gestalt contemporanea e della psicoanalisi intersoggettiva, per esaminare la relazione tra i sentimenti di speranza, paura e dignità all'interno di un processo terapeutico dialogico. Entrambe le scuole di pensiero enfa-tizzano la relazione tra speranza e paura nel processo dialogico, e questo report esplora il modo in cui un senso di dignità emerge dal lavoro dialogico con la speranza e con la paura. Speranza e paura oscillano nel processo di una relazione terapeutica nel momento in cui il paziente ricer-ca la dignità attraverso un dialogo attivo ed autentico. Nel periodo di lockdown causato dal Co-ronavirus il tema del ritrovamento della dignità è passato dallo sfondo in primo piano durante i nostri colloqui terapeutici.
Hairy vetch, a diploid annual legume species, has a robust growth habit, high biomass yield, and winter hardy characteristics. Seed hardness is a major constraint for growing hairy vetch commercially. Hard seeded cultivars are valuable as forages, whereas soft seeded and shatter resistant cultivars have advantages for their use as a cover crop. Transcript analysis of hairy vetch was performed to understand the genetic mechanisms associated with important hairy vetch traits. RNA was extracted from leaves, flowers, immature pods, seed coats, and cotyledons of contrasting soft and hard seeded “AU Merit” plants. A range of 31.22–79.18 Gb RNA sequence data per tissue sample were generated with estimated coverage of 1040–2639×. RNA sequence assembly and mapping of the contigs against the Medicago truncatula (V4.0) genome identified 76,422 gene transcripts. A total of 24,254 transcripts were constitutively expressed in hairy vetch tissues. Key genes, such as KNOX4 (a class II KNOTTED‐like homeobox KNOXII gene), qHs1 (endo‐1,4‐β‐glucanase), GmHs1‐1 (calcineurin‐like metallophosphoesterase), chitinase, shatterproof 1 and 2 (SHP1, SHP2), shatter resistant 1–5 (SHAT1–5)(NAC transcription factor), PDH1 (prephenate dehydrogenase 1), and pectin methylesterases with a potential role in seed hardness and pod shattering, were further explored based on genes involved in seed hardness from other species to query the hairy vetch transcriptome data. Identification of interesting candidate genes in hairy vetch can facilitate the development of improved cultivars with desirable seed characteristics for use as a forage and as a cover crop.
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