LIQUID-MEDIATED MOLECULE-SURFACE INTERACTIONS: SEMICONDUCTOR STRUCTURES WITH DIELECTRICLAYERS FOR SENSOR APPLICATIONS

Phylogenetic analysis of carboxyl esterase (CXE) gene candidates from twenty BIA-accumulating plant species. Red text denotes the characterized CXE1 (3-O-acetylpapaveroxine carboxylesterase; [6]) from Papaver somniferum (PSO) used as a tBLASTn query for transcriptome mining. Black text denotes uncharacterized gene candidates identified through mining (>30 % identity to query). Bootstrap values for each clade were based on 1000 iterations. Each candidate is labeled with respective species abbreviation (e.g. AME, Argemone mexicana; see Table 1) and candidate number (e.g. CXE1). The outgroup is carboxylesterase 1 from Actinidia eriantha (AERCXE). Amino acid sequences for candidates, queries, and outgroups are found in Additional file 6. (PDF 6985 kb

Phylogenetic analysis of aldo-keto reductase gene candidates with homology to codeinone reductase (COR) from twenty BIA-accumulating plant species.

Phylogenetic analysis of aldo-keto reductase gene candidates with homology to codeinone reductase (COR) from twenty BIA-accumulating plant species

Phylogenetic analysis of aldo-keto reductase gene candidates with homology to codeinone reductase (COR) from twenty BIA-accumulating plant species. Rooted tree.

Phylogenetic analysis of aldo-keto reductase gene candidates with homology to codeinone reductase (COR) from twenty BIA-accumulating plant species. Rooted tree

Phylogenetic analysis of norcoclaurine synthase (NCS) gene candidates from twenty BIA-accumulating plant species.

Phylogenetic analysis of norcoclaurine synthase (NCS) gene candidates from twenty BIA-accumulating plant species

Phylogenetic analysis of short chain dehydrogenase / reductase gene candidates with homology to noscapine synthase (NOS) from 20 BIA-accumulating plant species. Rooted tree.

Phylogenetic analysis of short chain dehydrogenase / reductase gene candidates with homology to noscapine synthase (NOS) from 20 BIA-accumulating plant species. Rooted tree

Validity of equations using knee height to predict overall height among older people in Benin.

International audienceRationale:Chumlea ’s formulas are a validated means of predicting overall height from knee height (KH) among people over 60 years old, but no formula is validated for use in African countries, including Benin. The purpose of this study was to compare height provided by predictive formulas usingKH to measured height in an elderly population in Benin.Methods:People over 60 years of age in Benin underwent nutritional assessment with determination of weight, body mass index (BMI), height and KH. A Bland and Altman analysis was carried out by gender and age. The percentage of predictions accurate to ± 5cm compared to the measuredheight was calculated. The tested formulas were Chumlea ’ s formulas for non-Hispanic Black people (CBP) and two formulasfor use among Caucasians (CC1, CC2).Results:Data from 396 subjects were analysed. The mean age was 66.6 ± 5.2 years and mean height of 165.4 ± 8.0 cm. The sex-ratio was of 4.3. The three formulas achieved 98.0% accuracy, but with 4.6% risk of error (±2 SD: − 6 to +9 cm), which appeared to make them unfitted for the whole population. The predictions of the three formulas in the total population are presented in Table 1. Nevertheless, if a level of prediction ±5 cm is considered acceptable in clinical practice, the CBP formula achieved 83.1% accuracy. Moreover, there was no significant difference in BMI calculated with the measured and the predicted height, and the nutritional status based on BMI did not differ.Table 1: Predictions of the three formulas studied.n = 396 Acurate prediction (%) Overestimation (+5 cm) (%) Underestimation (−5 cm) (%) CBP 83.112.4 4.5 CC1 80.3 15.9 3.8 CC2 78.5 18.2 3.3Conclusion:CBP formulas seem applicable in 83% of cases (±5 cm) to assess the height with KH of older people in Benin and do not overestimate the prevalence of malnutrition

Phylogenetic analysis of carboxyl esterase (CXE) gene candidates from twenty BIA-accumulating plant species. Rooted tree.

Phylogenetic analysis of carboxyl esterase (CXE) gene candidates from twenty BIA-accumulating plant species. Rooted tree

Soft-Collinear Effective Theory

I will review the basic principles about Soft-Collinear Effective Theory. I will focus on how it can be used to understand factorization properties and how one can resum large logarithms arising from infrared physics using the renormalization group evolution.</p

Phylogenetic analysis of N-methyltransferase (NMT) gene candidates from twenty BIA-accumulating plant species. Rooted tree.

Phylogenetic analysis of N-methyltransferase (NMT) gene candidates from twenty BIA-accumulating plant species. Rooted tree

Phylogenetic analysis of CYP719 gene candidates from twenty BIA-accumulating plant species.

Phylogenetic analysis of CYP719 gene candidates from twenty BIA-accumulating plant species