Gauge Theories in a Bag

We investigate multi-flavour gauge theories confined in d\es 2n-dimensional Euclidean bags. The boundary conditions for the 'quarks' break the axial flavour symmetry and depend on a parameter $\theta$. We determine the $\theta$-dependence of the fermionic correlators and determinants and find that a $CP$-breaking $\theta$-term is generated dynamically. As an application we calculate the chiral condensate in multi-flavour $QED_2$ and the abelian projection of $QCD_2$. In the second model a condensate is generated in the limit where the number of colours, $N_c$, tends to infinity. We prove that the condensate in $QCD_2$ decreases with increasing bag radius $R$ at least as $\sim R^{-1/N_cN_f}$. Finally we determine the correlators of mesonic currents in $QCD_2$.Comment: 40 pages, LATEX-fil

Cabbage production in function of castor bean cake doses in top dressing

The researches with organic fertilization in top dressing in production of vegetables are rare, thereby, the objective of this study was to evaluate castor bean cake doses in top dressing in cabbage production. Seven treatments, six castor bean cake doses in top dressing (0; 50; 100; 150; 200 and 250 g m-2) and an inorganic control with ammonium sulphate (11.5 g m-2 of N) and potassium chloride (5.4 g m-2 of K2O) in top dressing were evaluated, in randomized blocks experimental design, with five replicates. Before planting it was made fertilization with organic compost (20 t ha-1) and inorganic NPK fertilizer (4-14-8) (1 t ha-1), only in inorganic control. The characteristics evaluated were: cabbage head diameter, height, number of leaves, fresh and dry weight of cabbage. The application of castor bean cake in top dressing increased the diameter, height, number of leaves, fresh and dry weight of cabbage, with maximum values of 164 mm, 109 mm, 30 leaves, 1470 g and 103 g, respectively. The average fresh and dry weight obtained in the two highest doses of castor bean cake did not differ from the inorganic control, proving the technical viability of its using. Therefore, it can be recommended application of at least 200 g m-2 of castor bean cake in top dressing for cabbage production.The researches with organic fertilization in top dressing in production of vegetables are rare, thereby, the objective of this study was to evaluate castor bean cake doses in top dressing in cabbage production. Seven treatments, six castor bean cake doses in top dressing (0; 50; 100; 150; 200 and 250 g m-2) and an inorganic control with ammonium sulphate (11.5 g m-2 of N) and potassium chloride (5.4 g m-2 of K2O) in top dressing were evaluated, in randomized blocks experimental design, with five replicates. Before planting it was made fertilization with organic compost (20 t ha-1) and inorganic NPK fertilizer (4-14-8) (1 t ha-1), only in inorganic control. The characteristics evaluated were: cabbage head diameter, height, number of leaves, fresh and dry weight of cabbage. The application of castor bean cake in top dressing increased the diameter, height, number of leaves, fresh and dry weight of cabbage, with maximum values of 164 mm, 109 mm, 30 leaves, 1470 g and 103 g, respectively. The average fresh and dry weight obtained in the two highest doses of castor bean cake did not differ from the inorganic control, proving the technical viability of its using. Therefore, it can be recommended application of at least 200 g m-2 of castor bean cake in top dressing for cabbage production

Cabbage production in function of castor bean cake doses in top dressing

The researches with organic fertilization in top dressing in production of vegetables are rare, thereby, the objective of this study was to evaluate castor bean cake doses in top dressing in cabbage production. Seven treatments, six castor bean cake doses in top dressing (0; 50; 100; 150; 200 and 250 g m-2) and an inorganic control with ammonium sulphate (11.5 g m-2 of N) and potassium chloride (5.4 g m-2 of K2O) in top dressing were evaluated, in randomized blocks experimental design, with five replicates. Before planting it was made fertilization with organic compost (20 t ha-1) and inorganic NPK fertilizer (4-14-8) (1 t ha-1), only in inorganic control. The characteristics evaluated were: cabbage head diameter, height, number of leaves, fresh and dry weight of cabbage. The application of castor bean cake in top dressing increased the diameter, height, number of leaves, fresh and dry weight of cabbage, with maximum values of 164 mm, 109 mm, 30 leaves, 1470 g and 103 g, respectively. The average fresh and dry weight obtained in the two highest doses of castor bean cake did not differ from the inorganic control, proving the technical viability of its using. Therefore, it can be recommended application of at least 200 g m-2 of castor bean cake in top dressing for cabbage production.São Paulo State UniversityUniversity of GeorgiaCity hall of JundiaíSão Paulo State Universit

Elaboração de uma Cartilha Direcionada aos Profissionais da Área da Saúde, Contendo Informações sobre Interações Medicamentosas envolvendo Fitoterápicos e Alopáticos

Na Revista Fitos volume 4, de março de 2009, na página 62, antepenúltima linha e antepenúltima coluna da Tabela 1, do artigo “Elaboração de uma Cartilha Direcionada aos Profissionais da Área da Saúde, Contendo Informações sobre Interações Medicamentosas envolvendo Fitoterápicos e Alopáticos”, de autoria de C. M. Cardoso e colaboradores; onde se lê “Antihipertensivo (Tamoxifeno)”, leia-se “Tamoxifeno (tratamento de câncer de mama)”.Made available in DSpace on 2017-06-01T18:49:52Z (GMT). No. of bitstreams: 2 license.txt: 1748 bytes, checksum: 8a4605be74aa9ea9d79846c1fba20a33 (MD5) 4.pdf: 315191 bytes, checksum: aab27235e4759f3cc5269b3b76915dec (MD5) Previous issue date: 21Faculdade de Ciências Farmacêuticas e Bioquímicas Oswaldo Cruz. Projeto Farmácia Verde. São Paulo, SP, Brasil.Faculdade de Ciências Farmacêuticas e Bioquímicas Oswaldo Cruz. Projeto Farmácia Verde. São Paulo, SP, Brasil.Faculdade de Ciências Farmacêuticas e Bioquímicas Oswaldo Cruz. Projeto Farmácia Verde. São Paulo, SP, Brasil.Faculdade de Ciências Farmacêuticas e Bioquímicas Oswaldo Cruz. Projeto Farmácia Verde. São Paulo, SP, Brasil.Faculdade de Ciências Farmacêuticas e Bioquímicas Oswaldo Cruz. Projeto Farmácia Verde. São Paulo, SP, Brasil.Faculdade de Ciências Farmacêuticas e Bioquímicas Oswaldo Cruz. Projeto Farmácia Verde. São Paulo, SP, Brasil.Faculdade de Ciências Farmacêuticas e Bioquímicas Oswaldo Cruz. Projeto Farmácia Verde. São Paulo, SP, Brasil.Faculdade de Ciências Farmacêuticas e Bioquímicas Oswaldo Cruz. Projeto Farmácia Verde. São Paulo, SP, Brasil.Faculdade de Ciências Farmacêuticas e Bioquímicas Oswaldo Cruz. Projeto Farmácia Verde. São Paulo, SP, Brasil.Faculdade de Ciências Farmacêuticas e Bioquímicas Oswaldo Cruz. Projeto Farmácia Verde. São Paulo, SP, Brasil.Faculdade de Ciências Farmacêuticas e Bioquímicas Oswaldo Cruz. Projeto Farmácia Verde. São Paulo, SP, Brasil.Faculdade de Ciências Farmacêuticas e Bioquímicas Oswaldo Cruz. Projeto Farmácia Verde. São Paulo, SP, Brasil.Faculdade de Ciências Farmacêuticas e Bioquímicas Oswaldo Cruz. Projeto Farmácia Verde. São Paulo, SP, Brasil.O uso de medicamentos fitoterápicos sem orientação adequada de um profissional da área da saúde pode ser um risco. Esses medicamentos podem sofrer interação com outros fitoterápicos e/ou alopáticos. O objetivo desta cartilha é disponibilizar aos profissionais da área da saúde e à população, um material com as possíveis interações medicamentosas entre fitoterápicos e alopáticos. O levantamento bibliográfico foi realizado no Chemical Abstracts desde 1986, nos anais de eventos sobre plantas medicinais, Scielo, Bireme, Google Acadêmico e na Base EBSCO. Observou-se que existem poucos estudos (apenas 38 citados nesse trabalho) relacionados à interação medicamentosa envolvendo fitoterápicos.The use of phytomedicines whithout medical orientation can be a health risk. These medicines can interact with other phytomedicines and/or drugs. The objective of this primer is to dispose to all health professional information of possible medicine interaction between drugs and phytomedicines. The data were organized based on Chemical Abstracts since 1986, and in Scielo, Bireme Library, Academic Google, EBSCO. There were not many papers (about 38 only) related to medicine interaction with phytoterapics