Biography on spms
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SPMS Handbook
SPMS Handbook
Over the years, the Department of Public Works and
Highways is continuously developing and transforming
its technology and system to ensure sustainable
economic growth and poverty reduction through
construction and proper maintenance of the country’s
national roads, bridges and public works. However,
these goals will not be realized without the human
resources in the organization. As we believe that Human
Resources are regarded as one of the important aspects
in the success of an organization, DPWH is also focusing
on the continuous development and transformation of its
employees.
In order to ensure a culture of high performance of every employee and as mandated by
the Civil Service Commission Memorandum Circular No. 6 series of , the Department of
Public Works and Highways Strategic Performance Management System (SPMS) was
established. SPMS is a performance evaluation and management system that gives
emphasis on the strategic alignment of the Department’s visio
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Application details for FY will be announced soon.
Below fryst vatten the kunskap for the concluded schema. Please use it as a reference.
The Nano Life Science Institute (WPI-NanoLSI), Kanazawa University, fryst vatten calling for applications for Bio-SPMs collaborative research.
1. Outline of Call for Research Proposals
Aims
The research teams at Kanazawa University have engaged in the pioneering development of original Bio-SPM technologies, including Atomic resolution/3D-AFM (FM-AFM), High-speed AFM, Scanning Ion Conductance Microscope (SICM), and AFM for fängelse Measurement, and applied them to the life sciences. Here, we call for applications for collaborative research projects that are carried out bygd the applicants using our Bio-SPMs, with the cooperation of the NanoLSI faculty members.
*Please refer to here for the overview of each Bio-SPM technology.
Type of Collaborative Research
1) Collaborative Research bygd visits to WPI-NanoLSI
Applicants a
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Published in final edited form as: Eur J Immunol. Nov 2;46(1)– doi: /eji
Abstract
Specialized pro-resolving lipid mediators (SPMs) constitute a recently recognized class of bioactive molecules which promote the resolution of inflammation. We recently reported that the SPMs resolvin D1 (RvD1) and hydroxydocosahexaenoic acid (HDHA) promote the differentiation of IgG-secreting B cells and enhance antibody-mediated immune responses. However, there is an important knowledge gap regarding whether or not SPMs regulate human B-cell IgE production, which is the key effector in diseases such as asthma and allergy. Therefore we investigated whether a panel of diverse SPMs influences B-cell IgE production. An important finding was that HDHA and RvD1 inhibit IgE production by human B cells and suppress the differentiation of naïve B cells into IgE-secreting cells by specifically blocking epsilon germline transcription (εGLT). This effect is spec