Too Young to Wed: the Lives, Rights and Health of Young Married Girls

Provides data on the rates of child marriage throughout the developing world, and its effect on young girls and on the economy of developing countries. Calls for continued effort to develop innovative strategies to counter this practice

Youth Reproductive Health in Nepal: Is Participation the Answer?

Discusses the processes and results of a multi-year research study by ICRW, EngenderHealth, and Nepali partners, which tested the effectiveness of the participatory approach in defining and addressing the reproductive health concerns of adolescents

Involvement of Tspan8 in exosome assembly and target cell selection

Exosomes are the most important intercellular communicators. Tetraspanins/their complexes are suggested to be important in exosomal target cell selection. I showed: changes in Tetraspanin8 associations created from internalization persist upto exosomes and, differences in tetraspanin-complexes on exosomes allow for target cell selectivity.Based on the tetraspanin-complex on exosomes, predictions on potential target cells might be possible, allowing tailored exosome generation for drug delivery

A Study of High-Chroma Inks for Expanding CMYK Color Gamut

The number of possible reproducible colors in a printing method is called the color gamut. The need to satisfy the growing quality demands and produce color match has given rise to the use of expanded color gamuts. There are many ways to achieve an expanded color gamut, including printing with Cyan, Magenta, Yellow, Black (CMYK) plus additional inks, printing with higher ink film thickness (IFT), and printing with high-chroma inks. The purpose of this research is to study the relationship between color gamut volume, metric chroma (C*), IFT, and solid ink density (SID) for regular and high-chroma inks in offset printing process. This is done by performing ink drawdowns to understand the behavior of high-chroma and regular inks in order to determine IFT and corresponding ink saturation densities using the Tollenaar and Ernst equation. Subsequently, the research compares color gamut volume between regular and high-chroma inks using Presstek 52DI offset printing process. The measurement is carried out with i1 Pro 2 spectrophotometer and X-Rite i1 Isis2

Making It Work: Linking Youth Reproductive Health and Livelihoods

Assesses the challenges and effectiveness of programs that integrate adolescent reproductive health with options that improve economic capabilities, assets, and activities. Highlights innovative approaches, and defines gaps in existing interventions

High Speed and Low Power Consumption Carry Skip Adder using Binary to Excess-One Converter

Arithmetic and Logic Unit (ALU) is a vital component of any CPU. In ALU, adders play a major role not only in addition but also in performing many other basic arithmetic operations like subtraction, multiplication, etc. Thus realizing an efficient adder is required for better performance of an ALU and therefore the processor. For the optimization of speed in adders, the most important factor is carry generation. For the implementation of a fast adder, the generated carry should be driven to the output as fast as possible, thereby reducing the worst path delay which determines the ultimate speed of the digital structure. In conventional carry skip adder the multiplexer is used as a skip logic that provides a better performance and performs an efficient operation with the minimum circuitry. Even though, it affords a significant advantages there may be a large critical path delay revealed by the multiplexer that leads to increase of area usage and power consumption. The basic idea of this paper is to use Binary to Excess-1 Converters (BEC) to achieve lower area and power consumption

Study of indications and post-operative complications of primary caesarean section in tertiary care hospital in Nepal

Background: Caesarean section performed for appropriate obstetric or medical indications are life saving for both mother and new born. But its advantage does not justify its continuous increase as it is a major surgical procedure associated with maternal and fetal complications. The main objective of this study was to study the indications of primary caesarean section and its maternal and fetal complications in Nepal medical college teaching hospital (NMCTH).Methods: This is a hospital based cross sectional study carried out for a period of one year from 1st October 20113 to 30th September 2014 in department of obstetrics and gynecology in NMCTH Nepal. The study included 183 primary caesarean cases enrolled as per the inclusion criteria. The indications for caesarean section, associated maternal and fetal complications were noted.Results: The rate of caesarean section during the study period was 21.40%. The study included 183 patients who underwent primary caesarean section, 162 (88.5%) cases were emergency cases and 21 (11.5%). Cases were elective cases. The most common indications were fetal distress (n-74, 40.4%) followed by cephalo pelvic disproportion (n-27, 14.8%). The maternal complications seen were urinary tract infection (n-34, 68%), wound infection (n-12, 24%), post-partum hemorrhage (n-3, 6%). The common fetal complications noted were apgar score of less than 7 (n-7, 31.8%), transient tachypnea of newborn (n-6, 27.27%) and meconium aspiration syndrome (n-4, 18.18%).Conclusions: Emergency primary caesarean section was proportionally higher than elective caesarean section. It was also associated with more maternal and fetal complications

Constructing Slow Sand Filters: Engineering Students’ Experiences in San José de Playón, Bolívar, Colombia

Sol Park, Sanyukta Gokhale, and Kaylyn Colinco were members of a Global Design Team (GDT) involved in providing innovative solutions to drinking water treatment in rural areas of developing countries. The immediate goal of the GDT in May 2016 was to deliver large slow sand filters (SSFs) to a rural school in Colombia. The experience placed the students in a small town 80 km (~50 miles) south of Cartagena, Colombia, called San José de Playón. The town pumps water from the Arroyo Reservoir, which is then consumed by the citizens and students at the local school (the only one in town) without any treatment. Students and faculty at the University of Cartagena hosted the GDT to work with the school for a week. The project consisted of building the SSFs and teaching the school staff about disinfection methods. The simple yet smart design of the SSFs was ideal for teachers and children at the school, but collaborative work with NGOs and local community leaders will be necessary to provide clean water for years to come. From speaking rudimentary Spanish with the schoolchildren, to drying the sand and constructing the actual filters, every step of the project was enriching. The experience raised awareness and compassion for all humanity, sharing what can be shared for the benefit of the greater global community, and the notion that all people are one entity regardless of ethnic, cultural, and socioeconomic backgrounds

Wages and Utilities in a Closed Economy

The broad objective of this paper is to propose a mathematical model for the study of causes of wage inequality and relate it to choices of consumption, the technologies of production, and the composition of labor in an economy. The paper constructs a Simple Closed Model, or an SCM, for short, for closed economies, in which the consumption and the production parts are clearly separated and yet coupled. The model is established as a specialization of the Arrow-Debreu model and its equilibria correspond directly with those of the general Arrow-Debreu model. The formulation allows us to identify the combinatorial data which link parameters of the economic system with its equilibria, in particular, the impact of consumer preferences on wages. The SCM model also allows the formulation and explicit construction of the consumer choice game, where expressed utilities of various labor classes serve as strategies with total or relative wages as the pay-offs. We illustrate, through examples, the mathematical details of the consumer choice game. We show that consumer preferences, expressed through modified utility functions, do indeed percolate through the economy, and influence not only prices but also production and wages. Thus, consumer choice may serve as an effective tool for wage redistribution