Concert recording 2022-04-29a

[Track 1]. Somewhere over the rainbow / Chet Atkins -- [Track 2]. The entertainer / Chet Atkins -- [Track 3]. Vals venezolano no. 3 (Natalia) / Antonio Lauro -- [Track 4]. Falling grace / Steve Swallow -- [Track 5]. Blue in green / Miles Davis -- [Track 6]. Sira horn / Pat Metheny -- [Track 7]. All blues / Miles Davis -- [Track 8]. Beatles medley (Day tripper/Lady Madonna) / Tommy Emmanuel -- [Track 9]. Just six strings / Hunter Anderson

Concert recording 2022-04-29a

[Track 1]. Somewhere over the rainbow / Chet Atkins -- [Track 2]. The entertainer / Chet Atkins -- [Track 3]. Vals venezolano no. 3 (Natalia) / Antonio Lauro -- [Track 4]. Falling grace / Steve Swallow -- [Track 5]. Blue in green / Miles Davis -- [Track 6]. Sira horn / Pat Metheny -- [Track 7]. All blues / Miles Davis -- [Track 8]. Beatles medley (Day tripper/Lady Madonna) / Tommy Emmanuel -- [Track 9]. Just six strings / Hunter Anderson

Concert recording 2022-04-29b

[Track 1]. PC / John Colton -- [Track 2]. Falling grace / Steve Swallow -- [Track 3]. Goodbye pork pie hat / Charles Mingus -- [Track 4]. My favorite things / Richard Rodgers -- [Track 5]. A child is born / Thad Jones -- [Track 6]. Wonderful slippery thing / Guthrie Govan

Concert recording 2022-04-29b

[Track 1]. PC / John Colton -- [Track 2]. Falling grace / Steve Swallow -- [Track 3]. Goodbye pork pie hat / Charles Mingus -- [Track 4]. My favorite things / Richard Rodgers -- [Track 5]. A child is born / Thad Jones -- [Track 6]. Wonderful slippery thing / Guthrie Govan

Concert recording 2019-10-31

[Track 1]. Traveling somewhere / Alex Wiegel -- [Track 2]. Cold hands / Jacob Albritton -- [Track 3]. Deeper in the dark / Ashlee Steffen -- [Track 4]. Mary / Hunter Anderson -- [Track 5]. My youth / Ashlee Steffen -- [Track 6]. Steps / Bryce Holcomb -- [Track 7]. Fail / Jacob Albritton -- [Track 8]. Pressure / Ashlee Steffen

Concert recording 2022-04-11

[Track 1]. Sirabhorn / Pat Metheny -- [Track 2]. Autumn leaves / Joseph Kosma -- [Track 3]. Oleo / Sonny Rollins -- [Track 4]. Let it groove / James Joseph -- [Track 5]. Now\u27s the time / Charlie Parker -- [Track 6]. Blue Monk / Thelonious Monk -- [Track 7]. Fresh spring / James Joseph -- [Track 8]. This I dig of you -- [Track 9]. Coffee Street / Andy Narell -- [Track 10]. Get up and dance / James Joseph

Concert recording 2022-04-11

[Track 1]. Sirabhorn / Pat Metheny -- [Track 2]. Autumn leaves / Joseph Kosma -- [Track 3]. Oleo / Sonny Rollins -- [Track 4]. Let it groove / James Joseph -- [Track 5]. Now\u27s the time / Charlie Parker -- [Track 6]. Blue Monk / Thelonious Monk -- [Track 7]. Fresh spring / James Joseph -- [Track 8]. This I dig of you -- [Track 9]. Coffee Street / Andy Narell -- [Track 10]. Get up and dance / James Joseph

Mercados informales para reducir la pobreza y para seguridad alimentaria: Explorando opciones políticas en Nicaragua y Honduras

Mucha de la investigación en cadenas de valor y enlaces de mercado generalmente se enfoca en los mercados formales o supermercados, haciendo comparaciones con los mercados tradicionales. Ese tipo de investigaciones podrían generar un sesgo en el diseño de intervenciones políticas hacia inversiones públicas que pueden beneficiar al 10% de los productores más pudientes y el sector privado a los que ellos suplen. Mientras tanto se ha dado poca atención al 90% restante de productores, los mercados tradicionales (o informales, o municipales) donde estos son activos, y los canales de distribución informales que benefician a la clase pobre urbana. Este estudio se realizó en 2015 en Nicaragua y Honduras, con el objetivo de (a) entender los enlaces rural-urbano existentes entre productores pequeños y consumidores pobres de una canasta representativa de productos alimenticios, (b) identificar puntos de apalancamiento para políticas públicas destinadas a mercados tradicionales o informales que puedan aumentar los beneficios tanto para productores rurales como consumidores urbanos, y (c) evaluar si es factible construir modelos de negocio más inclusivos entre actores en mercados tradicionales. Este reporte presenta los resultados encontrados para Nicaragua

Finishing the euchromatic sequence of the human genome

The sequence of the human genome encodes the genetic instructions for human physiology, as well as rich information about human evolution. In 2001, the International Human Genome Sequencing Consortium reported a draft sequence of the euchromatic portion of the human genome. Since then, the international collaboration has worked to convert this draft into a genome sequence with high accuracy and nearly complete coverage. Here, we report the result of this finishing process. The current genome sequence (Build 35) contains 2.85 billion nucleotides interrupted by only 341 gaps. It covers ∼99% of the euchromatic genome and is accurate to an error rate of ∼1 event per 100,000 bases. Many of the remaining euchromatic gaps are associated with segmental duplications and will require focused work with new methods. The near-complete sequence, the first for a vertebrate, greatly improves the precision of biological analyses of the human genome including studies of gene number, birth and death. Notably, the human enome seems to encode only 20,000-25,000 protein-coding genes. The genome sequence reported here should serve as a firm foundation for biomedical research in the decades ahead

Shorter periconception maternal telomere length and the risk of congenital cardiac outflow defects in the offspring

Background: Congenital cardiac outflow defects (COD) are the largest group of congenital heart defects, with ventricular septal defect (VSD) as the most prevalent phenotype. Increased maternal age, excessive oxidative stress and inflammation are involved in the pathophysiology of COD and enhance telomere length (TL) shortening. We investigated the association between periconception maternal TL and the risk of having a child with COD. Methods: From a multicentre case-control trial, 306 case mothers of a child with COD and 424 control mothers of a child without a congenital malformation were selected. Relative TL was measured by qPCR. Multivariable logistic regression was used to compute crude and adjusted odds ratios, per standard deviation decrease, between maternal T/S ratio and COD and VSD risk. Adjustments were made for maternal age. Additional adjustments were made in a second model. Results: Shorter maternal relative TL was significantly associated with an OR of 1.29 (95% CI 1.04–1.61), p =.02, for the risk of VSD in offspring, which remained significant after an adjustment for maternal age (adjOR 1.25(95% CI 1.01–1.55), p =.04). No association between maternal TL and the risk of overall COD in offspring was observed. Conclusion: Shorter maternal relative TL is associated with an approximately 1.3-OR for the risk, per SD in relative TL shortening, of VSD in the offspring. These findings need further confirmation in other studies on the predictive value of maternal TL