109,004 research outputs found
Handwritten biographical information on Paulina T. McClung Merritt
No full textA handwritten biography of Paulina T. McClung Merritt by an unknown author, 1892.
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Cassian Yee: Immunité des cellules T du COVID19 : développement de biomarqueurs et de stratégies thérapeutiques
No full textCette présentation a été faite par Cassian Yee. Le titre de la présentation est: “Immunité des cellules T du COVID19 : développement de biomarqueurs et de stratégies thérapeutiques.”
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Chaque mois, l'équipe COVID Information Commons (avec le Northeast Big Data Innovation Hub) rassemble un groupe de chercheurs étudiant de nombreux aspects de la pandémie actuelle, pour partager leurs recherches et répondre aux questions de notre communauté. Ces événements mettent en valeur les efforts continus des scientifiques dans la lutte contre le COVID-19, notamment les opportunités de collaboration
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Cassian Yee: T Cell Immunity Of COVID19: Developing Biomarker And Therapeutic Strategies
No full textThis presentation was made by Cassian Yee, MD Anderson Cancer Center. The presentation’s title is: “T Cell Immunity Of COVID19: Developing Biomarker And Therapeutic Strategies.” Funded by NIH / National Cancer Institute.
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Every month, the COVID Information Commons Team (along with the Northeast Big Data Innovation Hub) brings together a group of researchers studying wide-ranging aspects of the current pandemic, to share their research and answer questions from our community. The events showcase scientists' ongoing efforts in the fight against COVID-19, including opportunities for collaboration
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Cassian Yee: Inmunidad de células T de COVID19: Desarrollo de biomarcadores y estrategias terapéuticas
No full textDescripción de esta presentación:
Esta presentación fue hecha por Cassian Yee, MD Anderson Cancer Center. El título de la presentación es: "Inmunidad de las células T de COVID19: Desarrollo de biomarcadores y estrategias terapéuticas." Financiado por NIH / Instituto Nacional del Cáncer.
Descripción de los seminarios web del CIC:
Cada mes, el equipo del Centro de Información de COVID (junto con el Northeast Big Data Innovation Hub) reúne a un grupo de investigadores que estudian diversos aspectos de la pandemia actual, para compartir sus investigaciones y responder preguntas de nuestra comunidad. Los eventos muestran los esfuerzos continuos de los científicos en la lucha contra el COVID-19, incluyendo oportunidades de colaboración
The placenta
No full text4th ed.T. Yee Khonghttp://www.springer.com/medicine/pathology/book/978-1-84628-524-
Letter, [Author unclear] to Paulina T. Merritt
No full textHandwritten letter to Paulina Merritt from an unknown author, October 1, 1876.
Falling neonatal autopsy rates - Neonatologists, pathologists, and relatives need to boost neonatal pathology
No full textT Yee Khon
Spontaneous abortion and the pathology of early pregnancy
No full text4th ed.T. Yee Khonghttp://www.springer.com/medicine/pathology/book/978-1-84628-524-
The reticuloendothelial system
No full text4th ed.T. Yee Khonghttp://www.springer.com/medicine/pathology/book/978-1-84628-524-
High-resolution study of T-z =+1 -> 0 Gamow-Teller transitions in the Mg-26(He-3,t)Al-26 reaction
No full textIn order to study the T-z = +1 -> 0 Gamow-Teller (GT) transitions in the mass A = 26 system, a charge-exchange reaction Mg-26(He-3,t)Al-26 was performed at an incident energy of 140 MeV/nucleon and scattering angle at and near 0 degrees, where T-z is the z component of isospin T defined by (N - Z)/2. In this (p, n)-type reaction, it is expected that GT states with T = 0, 1, and 2 are excited. An energy resolution of Delta E = 23 keV allowed us to study many discrete states. Most of the prominent states showed 0 degrees-peaked angular distributions, which suggested that they are the states excited by Delta L = 0 GT transitions. Candidates of GT states were studied up to an excitation energy E-x = 18.5 MeV. The reduced GT transition strengths, B(GT), were derived assuming the proportionality between cross sections and B(GT) values. Standard B(GT) values were obtained form the Si-26 beta decay, where the mirror symmetry of T-z = +/- 1 -> 0 GT transitions was assumed. The GT strength, as a whole, is divided in two energy regions: the region of up to 8.5 MeV and the higher-energy region of 8.5-12.8MeV, where the strength in the latter region distributed like a resonance. The obtained GT strength distribution is compared with the results of random phase approximation calculations. The T = 2 GT states are expected in the region E-x >= 13.5 MeV. By comparing with the results of (n, p)-type Mg-26(d, He-2)Na-26 and Mg-26(t, He-3)Na-26 reactions, the isospin symmetry of T = 2 GT states is discussed. Owing to the high-energy resolution, we could study the decay widths Gamma for the states in the E-x > 9 MeV region. The T = 2 state at 13.592 MeV is not noticeably wider than the experimental energy resolution. The narrow width of the state is explained in terms of isospin selection rules
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