LEGAL MEDICINE Identification of Persons Importance 1. For the living a. amnesia‚ coma‚ infants and other mental defects b. cases of paternity and filiations for purposes of inheritance‚ support and parental authority c. cases involving personal crime: rape‚ murder‚ physical injuries (for the culprit) 2. For the dead a. for proper administration of justice particularly in suspicious death occurrences
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The kinetic equation‚ half-life values‚ correlation coefficient and pre-harvest interval (PHI) of the trifloxystrobin and tebuconazole residue dissipation were calculated from the experimental data and summarized in Table 4. The dissipation dynamics of trifloxystrobin on green tea leaves followed a first-order rate equation as follows C = 2.5472e-0.245x (r=0.9797) and C = 6.5457e-0.207x (r= 0.9804) with the half-life of 2.83 and 3.34 days for trifloxystrobin at RD and DRD‚ respectively. The half-life
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Helix): •3.6 residues/turn •Rise = 0.15 nm/ residue •13-atom hydrogenbonded loop Linus Pauling and Robert Corey‚ 1950 Pleated Sheet: •Anti-parallel or parallel •2.0 residues/”turn” •0.34 nm/residue (anti-parallel) or 0.32 nm/residue (parallel) Linus Pauling and Robert Corey‚ 1951 Antiparallel and Parallel Pleated Sheets Other Secondary Structures 310 Helix: •3 residues/turn •0.20 nm/residue •10-atom hydrogen-bonded loop Helix (4.416 Helix): •4.4 residues/turn •0.12 nm/residue •16-atom
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Data analysis and interpretation: 4.4.7.1 Calculation of amount of residue extracted: The concentration of residue observed in the extracts‚ Ce‚ is converted to the amount delivered to a patient‚ in milligrams‚ Md‚ as follows. Residue extracted by simulated use may be calculated as follows: Md = ∑n1 (Cen× Ven) (1) Residue extracted by exhaustive extraction may be calculated as follows:
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The most significant strategic radar screens applied in this case are the Geophysical and Social environment. Due to the dangerous levels of pesticide residues and the bottling plants using too much water that deprived locals of water is modeled as the Geophysical environment. This case also is applied as a social environment by The Coca-Cola Company not studying the social environment. The company’s bottling plants used too much water which deprived locals from irrigation and drinking water.In this
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because your social reality’s are different. Example: In an urban neighborhood where Tim‚ and his group of friends hangout during the day and night‚ they often hear gunshots. So one night Tim’s cousin Jonny came to visit from his mansion in Texas. While they were outside hanging out gunshots were heard. After hearing the gunshots Tim and his friends continued as if they heard nothing. Jonny’s reaction was very different than Tim and his friends in fact he felt very uncomfortable. Because Tim
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Knowing how to tell the difference between gunshots and fireworks isn’t something people should be proud of. It really shows the gun violence issues we have in America. Many people have different stories as to how they learned to tell they two similar noises apart. This is mine. When I was nine years old‚ my brother was almost shot. I was down in my basement watching TV when I heard a noise. BANG! My concentration on the TV was broken by the sudden noise. I muted the TV and listened for it again
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compound with oxygen to produce some oxides with less oxygen than the most common oxides. Incomplete combustion occurs when there is not enough oxygen to react completely‚ not all fuel is used. This may result in the formation of solid carbon a black residue. Procedure The lab was performed on 25 October 2012‚ the lab results obtained from Ms. Reynold’s. Safety precautions were to not breath in the acetylene gas. Part A: Creating Acetylene Gas A 600 ml beaker was approximately half
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Waste Management 23 (2003) 61–88 www.elsevier.com/locate/wasman Management of municipal solid waste incineration residues T. Sabbasa‚ A. Polettinib‚*‚ R. Pomib‚ T. Astrupc‚ O. Hjelmard‚ P. Mostbauera‚ G. Cappaie‚ G. Magelf‚ S. Salhofera‚ C. Speiserg‚ S. Heuss-Assbichlerf‚ R. Kleinh‚ P. Lechnera (members of the pHOENIX working group on Management of MSWI Residues) BOKU University Vienna‚ Department of Waste Management-Nussdorfer La¨nde 29-31‚ A-1190‚ Vienna‚ Austria University of Rome ‘‘La Sapienza’’
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Nupoor Matieda October 10‚ 2014 PD 9/10 Lab Report Separation of a Mixture of Sand and Salt Goal(s): To separate a mixture of sand and salt and to find the percent of each component by mass of each mixture Background Theory: A mixture is a combination of two or more pure substances in which each pure substance retains its individual chemical properties. Mixtures can be separated by physical processes such as filtration and evaporation. Filtration is a process where solids
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