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This study aimed to analyze the role of community health workers (CHWs) called accredited social health activists (ASHAs) in improving maternal health outcomes in the rural community of Punjab, India. The study also examined the expectations of these workers from the community and identified the problems faced by them in carrying out their roles.

Using multistage sampling, a total of 28 villages were selected from seven districts of Punjab, and from these selected villages, a total of 57 ASHAs working as the interface between the rural community and the public health system and 420 women who had delivered a baby were interviewed.

Desire to earn money was the most prominent reason for joining the community work program, but ASHAs felt overburdened and underpaid compared to their work commitments. Not only was the incentive paid to these workers was insufficient and irregular but they also suffered at the hands of medical staff at public hospitals.

While exploring the problems experienced by the CHWs, this study recommends opting for a mix of monetary and nonmonetary incentives for acknowledging the work of CHWs. The study is the first of its kind for the state of Punjab battling with a worsening maternal mortality rate (MMR).

A low power flip-flop circuit is designed for energy-efficient devices. Digital sequential circuits are in huge demand because every processor has most of the parts of digital circuit. The sequential circuits consist of a basic data storing element, a latch is used to store single bit data. The flip-flop takes a sufficient portion of the total chip area and overall power consumption as well. This study aims to the low power energy-efficient applications like laptops, mobile phones and palmtops.

This paper proposes a new type of flip-flop that consists of the only 16 transistors with a single-phase clock. The flip-flop has two blocks, master and slave latch. In this design, the authors have focused on only master latch, which includes a level restoring circuit. It is used to help the master latch in data retention process. The latch circuit has two inverters in back-to-back arrangement. The proposed flip-flop is implemented on 65 nm complementary metal oxide semiconductor technology using Cadence Virtuoso environment and compared with other reported flip-flops.

The proposed flip-flop architecture outperformed the peak percentage, i.e. 79.25% as compared to transmission gate flip-flop and a minimum of 20.02% compared to 18 T true single phase clocking (TSPC) improvement in terms of power. It also improved C to Q delay and power delay product. In addition, by reducing the number of transistors the total area of the proposed flip-flop is reduced by a minimum of 13.76% with respect to 18TSPC and existing flip-flop. For reliability checking the Monte Carlo simulation is performed for thousand samples and it is compared with the recently reported 18TSPC flip-flop.

This work is tested by using a test circuit with a load capacitor of 0.2 fF. The proposed work uses a new topology to work as master-slave. Power consumption of this technique is very less and it is best suitable for low power applications. This circuit is working properly up to 2 GHz frequency.

This work is proposed for low power energy-efficient applications like laptops, mobile phones, and palmtops. In this study, P-channel metal–oxide–semiconductor (PMOS)’s are used as access transistor in 7 transistors (7 T) Static Random Access Memory (SRAM) cell, and the theoretical Static Noise Margin (SNM) analysis for the proposed cell is also performed. A cell is designed using 7 T which consists of 4 PMOS and 3 NMOS. In this paper write and hold SNM is addressed and read SNM is also calculated for the proposed 7 T SRAM cell.

The authors have replaced N-channel metal–oxide–semiconductor (NMOS) access transistors with the PMOS access transistors, which results in proper data line recovery and provides the desired coupling. An error is likely to occur, if the read operation is performed too often probably by using the NMOS pass gate. It results in an improper recovery of the data line. Instead, by using PMOS as a pass gate, the time required for read operation can be brought down. As we know the mobility (µ) of the PMOS transistor is low, so the authors have used this property into the proposed design. When a low signal is applied to its control gate, the PMOS transistor come up with the desired coupling, when working as a pass gate.

Feedback switched transistor is used in the proposed circuit, which plays an important role in the write operation. This transistor is in OFF state and PMOS’s work as access transistor, when the proposed cell operating in read mode. This helps in the reduction of power. This work is simulated using UMC 40 nm technology node in the cadence virtuoso environment. The simulated result shows that, write power saving of 51.54% and 61.17%, hold power saving of 25.68% and 48.93% when compared with reported 7 T and 6 T, respectively.

The proposed 7 T SRAM cell provides proper data line recovery at a lower voltage when PMOS works as the access transistor. Power consumption is very less in this technique and it is best suitable for low power applications.

Even though an increasing number of British South Asian women have moved into paid employment over the years as a reflection of social and cultural mobility and change, their work‐family experiences are not widely reported. This paper examines the experiences of British South Asian full‐time managerial or professional women combining work and family life. A qualitative study based in the north‐west of England was conducted utilising semi‐structured interviews with 17 women. Five themes are discussed: cultural influences on domestic responsibilities; additional responsibilities and commitments to extended family and community members; work‐family priorities and “superwoman syndrome”; stereotypes of roles and responsibilities at work; and experiences of discrimination. Managerial or professional British South Asian women are subjected to the same cultural family commitments and expectations as other non‐professional British South Asian working women. Practical implications of the findings are related to managing diversity approaches and organisational culture change.

The purpose of this study is to address consumer’s preference of natural pigments over synthetic ones and their use in various product developments rather than using synthetic colours. A budding interest of using natural pigments has made researchers to explore several techniques for their stabilization and application in different food products.

In this review, four major natural pigments with potential health benefits have been studied. Betalins, carotenoids, anthocyanins and chlorophylls, in spite of having excellent bio-functional and therapeutic profile, are found to be unstable. Therefore, various nanoencapsulation techniques are used to increase their stability along with their therapeutic properties.

Nanoencapsulation of natural pigments improves their stability, their effect on therapeutic properties and their application in different food products. These findings could be attributed to the encapsulating material as it acts as a barrier and ushers changes in the matrix of natural pigments. Also, nanoencapsulation not only increases stability but also provides several health benefits such as anti-inflammation, anti-cancer, anti-allergic and anti-thrombotic properties.

This paper highlights the openings for the use of nanoencapsulation of natural pigments to stabilize them and use them as a potential colourant and functional ingredient in different food products. Phenols, carotenoids and antioxidant activity are the major factors that are responsible for promoting several health benefits.

The study aims to contribute towards the sustainable development of financial systems, by testing the performance of socially responsible investing alternatives in emerging BRICS countries. The study outcomes give us an insight into viability of responsible financial decisions in contrast with the conventional style of investing.

The authors examine the performance of socially responsible indices of BRICS nations vis-à-vis respective conventional market indices using various risk-adjusted measures and conditional volatility measures. We further segregate the 12-year study period to crisis and non-crisis period particular to the respective country, as well as a common global financial crisis period to analyze the impact of market conditions in BRICS nations and observe the performance using dummy regression analysis. Conditional volatility of the stochastic index series is measured using ARCH-GARCH analysis. Fama Decomposition Model helps rank the index performance through the sub-periods.

Fama Decomposition Model helps us observe that while Brazil secures a position in top rankers consistently, it is India that ranks top during crisis period. With evidence of outperformance in terms of risk-return by SRI indices of BRICS countries through the overall period as well as through different market conditions, our study contributes to the positive literature on socially responsible investing.

The study explores performance of SRI in BRICS and finds evidence of the sustainable investment to be non-penalizing to the investor, even as the performance trend remain distinct in the countries with same level of development. It has implications for the investors and asset managers to include responsible stocks, while for the companies and regulatory bodies to unite for better reporting and disclosures. Given the broad implications, future research is required to link the impact of various cultural, legislative and demographic factors on the level and performance of the socially responsible investment in BRICS nations.

The current study evaluating and comparing performances of the socially responsible investments in BRICS nations puts forth following implications for the different sectors of the society, especially in emerging countries: (1) BRICS organization – The association of five economic giants, having significant influence over global as well as regional affairs, can aim to orient the countries' efforts towards collective sustainable development by designing uniform SRI framework. (2) Investors – In the globalization era, the investor can gain from ethical cross border investments to diversification and country benefits. (3) Companies and regulatory bodies – Only voluntary or mandatory unified efforts, to provide accurate and consistent disclosures, can upscale the mediocre growth trends of sustainable investing in emerging economies. (4) Asset Managers – Call of greater role in educating, warding off inhibitions related to RI.

This is to certify that the research paper submitted by us is an outcome of our independent and original work. We have duly acknowledged all the sources from which the ideas and extracts have been taken. The project is free from any plagiarism and has not been submitted elsewhere for publication.