Poor Man Research Articles

Selection of stable reference genes for qPCR expression of Colletotrichum lindemuthianum, the bean anthracnose pathogen

Phaseolus vulgaris L., commonly known as the common bean, is a highly nutritious crop often called the "poor man's meat”. However, it is susceptible to various diseases throughout the cropping season, with anthracnose caused by Colletotrichum lindemuthianum being a significant threat that leads to substantial losses. There is still a lack of understanding about the molecular basis of C. lindemuthianum pathogenicity. The first step in understanding this is to identify pathogenicity genes that express more during infection of common beans. A reverse transcription quantitative real-time PCR (qPCR) method can be used for virulence gene expression. However, this approach requires selecting appropriate reference genes to normalize relative gene expression data. Currently, there is no reference gene available for C. lindemuthianum. In this study, we selected eight candidate reference genes from the available genome of C. lindemuthianum to bridge the gap. These genes were ACT (Actin), β-tub (β-tubulin), EF (Elongation Factor), Cyt C (Cytochrome C), His H3 (Histone H3), CHS1 (Chitin synthetase), GAPDH (Glyceraldehyde-3-phosphate dehydrogenase) and abfA (Alpha-l-Arabinofuranosidase A). The primers for these candidate reference genes were able to amplify cDNA only from the pathogen, demonstrating their specificity. The qPCR efficiency of the primers ranged from 80% to 103%. We analyzed the stability of gene expression in C. lindemuthianum by exposing the mycelium to nine different stress conditions. We employed algorithms, such as GeNorm, NormFinder, BestKeeper, and RefFinder tools, to identify the most stable gene. The analysis using these tools revealed that EF, GAPDH, and β-tub most stable genes, while ACT and CHS1 showed relatively low expression stability. A large number of potential effector genes have been identified through bioinformatics analysis in C. lindemuthianum. The stable genes for qPCR (EF and GAPDH) discovered in this study will aid the scientific community in determining the relative expression of C. lindemuthianum effector genes.

Diabetes is affecting everyone everywhere.

The article titled "Accessibility and Utilization of Healthcare Services Among Diabetic Patients: Is Diabetes a Poor Man's Ailment?" gave insights into a pandemic systemic disease known as diabetes mellitus. This modern-era pandemic affects everyone, regardless of their financial background. As a result, diabetes is not a systemic disease which just involves people of low socioeconomic status.

Sustainable Farming and Soil Health Enhancement through Millet Cultivation: A Review

Historically integral to Indian agriculture, millets are experiencing resurgence, driven by their adaptability to harsh climatic conditions and minimal resource requirements. The article explores the significant benefits of millets in soil nutrient management, demonstrating their ability to thrive in nutrient-poor soils while contributing to soil fertility through organic matter addition and improved soil structure. The integration of millets in crop rotation and intercropping systems is highlighted as a sustainable practice that enhances soil biodiversity and reduces the reliance on chemical inputs. A key environmental benefit of millet cultivation is its low water requirement and drought resistance, crucial in water-scarce regions, making it a strategic crop for adapting to climate change. Also examines the socio-economic impacts of millet cultivation. In rural areas, millets play a vital role in livelihoods by providing a sustainable food source and income generation, particularly in marginal environments. However, challenges in market accessibility and supply chain inefficiencies pose significant hurdles. Increasing consumer awareness and acceptance of millets, once considered traditional or 'poor man’s food', is critical for reviving their cultivation. This is complemented by emerging research and technologies in millet cultivation, focused on developing improved varieties and precision agriculture techniques tailored to the needs of millet farming. The potential for scaling up millet cultivation is immense, particularly in regions facing environmental constraints. The article emphasizes the integration of millets into global sustainable farming strategies, aligning with several Sustainable Development Goals. This integration is supported by international organizations advocating for millets in agricultural policies and programs. In conclusion, the review underscores the importance of millets in the context of global food security and sustainable agriculture. The growing importance of millets backed by research, policy support, and market trends, positions them as a key crop in the quest for a sustainable and resilient agricultural future.

Factors Influencing Recentralization of Local Government Functions in Uganda

The decentralisation system of governance is perceived as one of the recent public sector reforms to improve service delivery in Uganda. It is the transfer of authority from Central to Local Governments to execute their duties to improve service delivery. Various developing countries have praised Uganda’s decentralisation policy regarding the magnitude of the transfer of authority to the local level. However, since 2003, the Central Government started reversing the policy in terms of : recentralization of the appointment of Chief Administrative Officers and Municipal Town Clerks and of recent City Town Clerks (for new cities in Uganda) from the District Service Commissions (DSCs) to the Public Service Commission, recentralization of Kampala Capital City Authority (KCCA) under the management of the Executive Director, Procurement of drugs from the district health office to the National Medical Stores (NMS), recentralization of the payroll and the recent recentralization of local revenue collection from LGs. This paper focuses on the factors influencing the recentralization of Local Government powers in Uganda. This is presumed to be evidence of the demise of decentralisation policy. From the reviewed articles, these factors include: accountability challenges, human resource management crisis, political interference by local authorities and lack of financial discipline among local authorities and fear of local autonomy. The paper concluded that recentralisation of Local Government functions reduced undue influence of local politicians though it accorded excessive powers to executive officers in Local Governments; human resource crisis was mainly caused by poor man power planning. Recentralisation of local revenue caused financial constraints at the local level and recentralisation of KCCA led to the weakening of the opposition but led to increases resources to develop the capital city. The paper recommended that the Parliament should harmonise with the central government on the issue of returning Local revenue collection and management at the local level; give reasonable powers to the local Governments to control top technical leadership; increase funding to Central Government staff to monitor Local Government programs and build the capacity of local leaders to improve service delivery

Factors Influencing Purchase Decision of Jackfruit Products in Thiruvananthapuram District

Aim: Jackfruit is popularly known as a poor man's fruit in the eastern and southern parts of India. In India, Kerala is the largest jackfruit-producing state. Beyond its nutritional benefits, jackfruit has received attention for its significant environmental and economic benefits, which arise from its numerous culinary applications and potential as a sustainable food supply. Understanding the factors influencing consumer purchase decisions for jackfruit products is becoming increasingly important as the global perspective on food choices moves towards healthier and more sustainable options. Considering this, the study aimed to analyse different factors influencing the purchase decision of jackfruit products in the Thiruvananthapuram district.
 Methodology: Primary data were collected from the consumers residing in urban centres of Thiruvananthapuram district who had consumed at least one selected product. A purposive sampling method was employed to select 30 consumers for each product category, namely jackfruit chips, jackfruit ice cream, jackfruit flour, and jackfruit varatty. Secondary data were gathered from government reports publications, and journals. Statistical tools like the Index method, Kruskal Wallis, test and Mann-Whitney test were used for the analysis. The study was conducted from August to September 2023.
 Results: The taste and quality of the product emerged as common variables significantly influencing the four consumer groups in their purchase decisions. Factors like brand availability, quality certification, brand image, and social media were the factors not influencing consumers, except for jackfruit ice cream, which stands out due to additional promotional activities compared to other products. The results of the Kruskal-Wallis and Mann-Whitney test highlight significant differences among consumer groups regarding variables such as taste, convenience to use, convenience to cook, and convenience to travel.
 Conclusion: The influence of each variable on selected products showed different levels of influence. The taste and quality of the product emerge as common variables significantly influencing consumers in their purchase decisions. The results of the Kruskal-Wallis and Mann-Whitney test showed that the effects of these factors on each consumer group were not consistent.

«…Не Стерн или, по крайности, не Верн»: К описанию французского генезиса карамзинского Стерна

The article is an attempt to specify the genesis of the image of Laurence Sterne as it was created and presented by Nickolai Karamzin in the early 1790s. Karamzin’s Sterne, the most influential among other such attempts in Russian culture, turns out to be primarily French and imitative. Namely, the fragment “A Poor Man and His Dog”, presented in Karamzin’s Moscow Magazine (1792) as “Sterne’s work”, appears to be a translation not of Sterne but of an interpolation made by his French translator into the French version of Tristram Shandy. The very choice of fragments from Sterne presented in the Moscow Magazine (1791–1792) reflects not the editor’s own taste, but is a replication of the most common items from popular anthological editions of “The Beauties of Sterne”. Karamzin’s culturally influential decision not to translate and consequently not to introduce into Russian culture the original English notions of ‘sentimental’ and ‘humour’ is explained by the fact that he had viewed them through the prism of particular French texts-intermediaries. Karamzin’s insistence on reading Sterne “with tears in the eyes” and on alluding to him (in Letters of a Russian Traveller) primarily in melancholic charnel locations that made Sterne practically indistinguishable from Edward Young goes back not to the original Sterne, but to his later French imitators, such as François Vernes. Karamzin’s Sterne is contrasted with the assimilation of original narrative experiments and humour of Tristram by other Russian authors of the same period but of a different circle, Fyodor Rostopchin and Ivan Martynov.

CHEMICAL PROPERTIES OF SELECTED FINGER MILLET CULTIVARS (ELEUSINE COROCANA L) FOR DEVELOPMENT OF VALUE ADDED PRODUCTS IN THREE DIFFERENT FORMS OF FRESH, COOKED AND MALTED CONDITION

Finger millets one of the major millet has rich amount of dietary fibre and protein. It is a poor man’s crop and it satisfies the hunger of the physically active people of low income. This study of estimation of minerals is done with selected 7 finger millet cultivars of freshly harvested PR-202, Dhalamandia, Bhalumandia, Suvarnamukhi, Vegavathi, KMR-204 and CFMV-2 from ICAR-IIMR field. The selected finger millet cultivars were tested for its protein, fat, ash, crude fibre, carbohydrates, energy value iron, zinc and calcium content in all 3 forms of raw, cooked and sprouted form. The mc, %wb ranged between 11.96 to 37.86%±3.91 in raw selected finger millet cultivars and in cooked millets, the mc ranged between 16.27 to 58.48%±5.59 and in sprouted millet, 17.74-34.26%. Raw finger millet cultivars range in protein content from 5.58% to 9.48%±1.32, in cooked it is 7.76% to 9.80%±0.82, in sprouted it is 6.34 to 9.11±1.09. Sprouted protein is less from cooked by 18.3%, cooked protein is highest among all three forms of protein being tested in the selected varieties of finger millet and is 28.09% higher than the raw millets from raw to sprouted the protein increase is 11.99%. The raw millet fat content is more than cooked by 21.43%, cooked is more in fat than sprouted by 54.55% increase in raw to sprouted is 64.29%. The fat calorific value of the selected 7 cultivars ranges between in raw, 12.6-25.2 kcal/ kg ±4.08, cooked, 9.90-18.90± 3.12 kcal/kg and sprouted 4.50-19.80± 5.02 kcal/kg. The fat calorific value is less followed by cooked and then raw. This may be due to either leaching of fat soluble or due to complex ion formations with other macro molecules. The decrease in ash content is in 2.92%, this may be due to decrease in organic matter in the cooked millet sample. The increase in ash content of raw to cooked is 53.28%, raw to sprouted is 35.04%, cooked to sprouted the decrease is 28.09%. The decrease in carbohydrate is 10.16%±6.28. Raw millet carbohydrate is 35.07-69.32%± 15.41, cooked millet ranges between 38.41-62.28%±8.75, sprouted millet ranges between 29.05-45.04 %±6.14, raw to cooked is 8.70%, raw to sprouted is 17.16%, cooked to sprouted is 24.37%. Raw to cooked millets energy values decrease is 6.4%, cooked to sprouted increase is 8.05% and raw to sprouted is 1.78%. The percentage iron leaching is least in Dhalamandia variety and more in Suvarnamukhi variety. In sprouted form, the iron content had increased by 36.40% in Dhala -mandia variety, Zinc content is increased by 13.58% in PR-202 variety. The average zinc content is highest in raw,1.48mg/g (KMR-204)±0.11 followed by sprouted 1.36 mg /g (KMR-204)±0.13 and then in cooked, 1.04 mg/g(KMR-204)± 0.10. Calcium content in raw grain ranges from 242.1 mg/g (Bhalumandia)±6.56-288.96 mg/g (Vega -vathi)±6.56, in sprouted condition ranges from 237.75 mg/g ±11.06, (KMR-204) to 320.84 mg/g, (PR-202)±11.06 and in cooked condition ranges from 207.88 mg/g±9.17, (CFMV-2) to 267.74 mg/g±9.17, (PR-202).

Comparative study of treadmill test positive patients with coronary artery profile on coronary angiography in patient presenting with chest pain in BPKIHS, Dharan, Nepal

BACKGROUND Diagnosis of Coronary artery disease by Coronary artery angiography is limited by its availability, cost and as an invasive procedure. Treadmill test is a noninvasive and easily available test for diagnosing as well as prognosis of coronary artery disease and is most commonly performed stress test for diagnosis of coronary artery disease. Treadmill test is often used as an initial assessment of patient with suspected coronary artery disease serving as a poor man’s angiogram METHODS This was a cross sectional observational study carried out over a period from 25th August 2023 to 25th November 2023 in Department of Cardiology. A total of 100 patients with positive Treadmill test underwent CAG and subsequently analyzed for the presence of CAD were enrolled in the study. TMT test was done using Bruce Protocol and results were classified as positive and negative upon ECG changes. Data about Socio demographic profiles, clinical data, major comorbidity, the presumed risk factor for CAD were entered in MS Excel and analyzed through SPSS 25. RESULTS A total of 100 patients were enrolled in the study. Males were 45(45%) and females were 55(55%). The mean age of the patient was 53.38±16.7 years and 44.27±13.8 years in male and female group respectively. Smoking (82%) was the number one risk factor in male group and Hypertension (52%) in female group.. Significant CAD was seen in 33% of cases ad normal coronaries in 45%. The most common coronary artery involved having significant disease during coronary angiogram was LAD in 25% of cases CONCLUSIONS There was a significant correlation between positive TMT Results and coronary artery disease in coronary angiography.

Coordinated Development of Civic Education and Student Management in Colleges and Universities Based on PLSPM Modeling

Abstract This paper constructs a satisfactory coordination and optimization model of ideological education and student management in colleges and universities, designs the relationship between ideological education and student management in colleges and universities, and establishes the index system as well as the mathematical model of coordinated development. Based on the modeling steps and the quantile effect of the PLSPM model, PLS path modeling is carried out using the Poor man method, and the PLS path model is empirically analyzed using the Patch method. Sample data on Civic Education and Student Management in colleges and universities were collected to conduct model testing and research hypothesis testing and to determine the coordinated development index of the university. The 452 valid data from Northeast Agricultural University are used as an example for the optimization analysis of the degree of satisfaction coordination between civic education and student management in colleges and universities and the values of the degree of satisfaction coordination between civic education and student management in the school are 0.876 and 0.769, which are both more than 70%, and the development is relatively good. The result of the satisfaction coordination index measurement is 0.847, which indicates that the school’s Civic and Political Education and Student Management are both developed in a coordinated manner.

Ruth Park’s Charlie Rothe: Reading *Harp in the South* (1948) and *Poor Man’s Orange* (1949)

Ruth Park’s Charlie Rothe: Reading *Harp in the South* (1948) and *Poor Man’s Orange* (1949)

Model for predicting the angles of upper limb joints in combination with sEMG and posture capture

Since poor man–machine interaction and insufficient coupling occur in the processes of angle prediction and rehabilitation training based purely on the surface electromyography (sEMG) signal, a model for predicting the angles of upper limb joints was presented and validated by experiments. The sEMG and posture capture features were combined to build a hybrid vector, and the intentions of upper limb movements were characterized. The original signals were pre-treated with debiasing, filtering, and noise reduction, and then they were integrated to obtain signal characteristics. Then, feature values in the time domain, frequency domain, time-frequency domain, and entropy were extracted from the treated signals. The snake optimizer least squares support vector machine (SO-LSSVM) was modeled to predict the angles of upper limb joints to improve the poor precision and slow velocity of existing models in the movement control field. Experimental results showed that the prediction model performed well in predicting the motion trails of human upper limb joints from the sEMG signal and attitude information. It effectively reduced both skewing and error in prediction. Hence, it holds great promise for improving the man–machine coupling precision and velocity. Compared to the conventional LSSVM model, the proposed SO-LSSVM model reduced the training time, execution time, and root mean square error of evaluation parameters by 65%, 11%, and 76%, respectively. In summary, the proposed SO-LSSVM model satisfied the real-time requirement for rehabilitation robots and showed high accuracy and robustness.

Multiscale Topology Optimization of modulated fluid microchannels based on asymptotic homogenization

Dehomogenization techniques are becoming increasingly popular for enhancing lattice designs of compliant mechanical systems with ultra-large resolutions. Their effectiveness hinges on computing a deformed periodic grid that enable to reconstruct fine-scale designs with modulated and oriented patterns. In this paper, we propose an approach for extending dehomogenization methods to laminar fluid systems. We initiate our methodology by asymptotically deriving Darcy’s law on a periodically porous medium deformed by a diffeomorphism. Unlike the mechanical context, we reveal that the homogenized permeability matrix depends not solely on local the orientation but also on the local dilation of the deformed periodic medium. This distinction presents one of the several challenges to be tackled when adapting dehomogenization-based topology optimization techniques to porous media. To accommodate existing methodologies, we formulate a simplified “poor man’s” homogenized model, which streamlines various aspects, yet still leans on periodic cell problems to estimate the spatially varying permeability matrix. Specifically, we overlook boundary layer effects, we presume periodic grid deformations, and we neglect local dilation, solely considering the relationship with local cell orientations. Subsequently, we present a numerical approach for designing a system that redistributes an input flow across numerous regularly spaced outlets at an output interface. Leveraging the homogenized model, we deduce optimized geometric arrangements of local channel spacing parameters and orientations. We then use established methods to reconstruct grid deformations and fine-scale designs. The fidelity of these reconstructions is then validated through fine-scale simulations. Our observations indicate that while the proposed designs yield satisfactory performance when subjected to the full-scale model, discernible deviations from the homogenized model persist, appealing to future improvements.

Microbiological quality of microgreen seeds purchased from online vendors and evaluating seed decontamination techniques available online

This study aimed to assess the microbiological quality of microgreen seeds purchased online, including the levels of total aerobic plate counts (APC), Escherichia coli/coliforms, mold & yeast, and the presence of Salmonella spp. and Listeria monocytogenes. Additionally, seed decontamination practices commonly found online were evaluated, involving soaking in water only (SDW), 3% hydrogen peroxide (H), and a “poor man's solution” (HV; a mixture of 3% hydrogen peroxide and 5% acidity white vinegar with water), with or without heat treatment at 50 and 60°C for 20 and 40 h. The effectiveness of these treatments was evaluated using Amaranth (AM), Borage (BO), and Carrot (CA) seeds in reducing Enterobacteriaceae, coliforms, and mold & yeast, along with examining the germination rate. A total of 102 samples composed of 14 species were purchased from online vendors, and the microbial levels tested were significantly different among the seed species (p < 0.05). Among the species, BO, CA, and Onion (ON) seeds exhibited the highest APC levels (4.99–5.37 log CFU/g), which was significantly higher than the APC of Arugula, Cabbage, Mustard, Kale, and Pea seeds (p < 0.05). The coliform population of BO (3.77 ± 0.68 log CFU/g) was significantly higher than in other species. The 10-min soaking of AM, BO, and CA in H significantly reduced the microbial levels (p < 0.05), and the subsequent heat treatment at 60°C for 20 h further enhanced microbial reduction (total 1.2–3.4 log reduction by heat and soaking). The germination rates were not significantly affected by the different treatment combinations (p > 0.05). This study provides scientifically-validated data for small-scale and home growers to ensure the safety and improve the quality of microgreens.

A Study about Temperature Induction Response (TIR): Novel Physiological Approach for Thermotolerant Genotypes in Chickpea (Cicer arietinum L.)

Pulses have been described as a "poor man's meat and affluent man's vegetable" in India. Chickpea (Cicer arietinum L.) is the third most legume crop grown during rabi season under receding soil moisture. Chickpeas is known to flourish in drought-prone conditions, but it seems to be sensitive to heat stress exceptionally during reproductive development, resulting in considerable yield loss. The performance of chickpeas under heat stress is more variable. It is crucial to develop screening tools to identify thermotolerant chickpea genotypes because of the increase in average global temperatures. In this view, a lab experiment was conducted to standardize the temperature induction response (TIR) protocol for chickpea seeds. The 70 % hydrated seeds were used for the experiment. This technique can be used as a potential tool to identify and select temperature tolerant lines at the seed stage itself from a large population. A set of six chickpea genotypes were screened for intrinsic tolerance using the standardized Thermo Induced Response (TIR) protocol. Among the genotypes JG-14, JG-11 and A-1 showed highest thermo tolerance in terms of higher survival of seeds (germination percentage) and seedlings with less per cent reduction in seedling survival, root and shoot growth. The genotypes with intrinsic heat tolerance can be explored for the development of varieties suitable for late sown conditions in Karnataka where chickpea is prone to terminal heat stress. The results of the study concluded and standardized the sub lethal temperature as 32 ºC to 50 ºC for 5 hours and 30 min, lethal temperature i.e., challenging temperature as 58 ℃ for 3 hours and LD 50 as 52 ℃ for 3 hours at seed level itself.

Poor Man's Line Scan – a simple tool for the acquisition of high-resolution, undistorted drill core photos

Abstract. The analysis and presentation of drill cores, an essential part of geoscientific research, requires the acquisition of high-quality core photos. Typically, core photos are either taken by hand, which often results in poor and inconsistent image quality and perspective distortions, or with large, heavy, and thus inflexible as well as expensive line scan setups. We present a simple, portable “Poor Man's Line Scan” setup that turns a customary smartphone into a semi-automatic core scanner utilising its panoramic photo function while guided on a rail in order to record undistorted core photographs at high resolution. The resulting images, although affected by some minor artefacts, are clearly superior in quality and resolution to single photos taken by hand and are comparable to images taken with commercial line scan cameras. The low cost (∼ EUR 100) and high flexibility, including the potential for modifications, of our tool make it an interesting alternative to the classical line scan setup.

“I Am a Poor Man with a Family”: Rangers, Social Welfare, and Monitor Networks in the Forests of Interwar Zlatna, Romania

In the interwar period, forestry emerged as a powerful tool through which state institutions attempted to shape social and natural environments in rural Romania. This article evaluates how criminality, poverty, surveillance, exploitation, and labor intersected in Romania’s forests through the figure of the forest ranger, responsible for a range of tasks from managing forest ecology to serving as the state’s representative in the woodlands. Using a microhistorical approach, the article recounts the story of a Zlatna ranger investigated for theft in the late 1920s. His story and the individuals involved offer important insight into the asymmetrical power relations and local social factors that negotiated the forests’ legibility. Rangers served as part crucial asset, part embarrassing liability, existing in a liminal space between the state and local society. Through local forestry agents, their informal networks, and the “involuntary monitors” these invariably created, state forestry officials had valuable points of contact with rural society. This article demonstrates the value of rural perspectives in historical studies, challenging prevailing notions that conceptualize rural people as simple, irrelevant, or singlemindedly opposed to the encroachment of the modern state.

Accessibility and utilization of healthcare services among diabetic patients: Is diabetes a poor man's ailment?

Diabetes is a non-communicable ailment that has adverse effects on the individual's overall well-being and productivity in society. The main objective of this study was to examine the empirical literature concerning the association between diabetes and poverty and the accessibility and utilization of medical care services among diabetic patients. The diabetes literature was explored using a literature review approach. This review revealed that diabetes is an ailment that affects all individuals irrespective of socioeconomic status; however, its pre-valence is high in low-income countries. Hence, despite the higher prevalence of diabetes in developing countries compared with developed countries, diabetes is not a poor man's ailment because it affects individuals of all incomes. While the number of diabetic patients that access and utilize diabetes medical care services has increased over the years, some personal and institutional factors still limit patients' access to the use of diabetes care. Also, there is a lacuna in the diabetes literature concerning the extent of utilization of available healthcare services by diabetic patients.

Screening for type II hereditary angioedema—the “poor man’s c1-inhibitor function”

Hereditary angioedema (HAE) is a rare genetic disease. Patients with type II HAE have normal or elevated C1-inhibitor (C1-INH) levels but C1-INH protein is dysfunctional. C1-INH function requires careful sample handling and technical expertise and may account for the lack of diagnosed patients with type II HAE in resource-limited countries. We sought to assess the diagnostic performance of elevated C1-INH levels in diagnosing type II HAE. All patients with confirmed type II HAE in Hong Kong and India were analyzed. Diagnosis was confirmed by persistent low C1-INH function and/or pathogenic SERPING1 gene mutations. Their C1-INH levels were compared with those of matched controls. A total of 31 (14 Chinese, 17 Indian) patients with type II HAE and 31 matched controls were analyzed. Overall, 77.4% (24/31) of patients with type II HAE had elevated C1-INH levels compared with 38.7% (12 of 31) of controls (odds ratio, 2.00; 95% CI, 1.34-2.98; P= .017). C1-INH levels in patients with type II HAE were significantly higher than in controls (52.2± 20.0 mg/dL vs 29.1 ±3.6 mg/dL; P< .001). Findings were consistent when C1-INH values in the Chinese and Indian subgroups were analyzed separately. Receiver-operating characteristic curve demonstrated excellent performance for elevated C1-INH levels to diagnose patients with type II HAE with an area under the curve of 0.953 (95% CI, 0.941-0.992; P< .001). Positive and negative predictive values of both a low C4 and an elevated C1-INH level for patients with type II HAE were 100% and 82.9%, respectively. Low C4 and elevated C1-INH levels may be considered as a screening tool for type II HAE, especially in countries where C1-INH function testing is not readily available.

Analyzing the Role of Goat Rearing for Livelihood Improvement

The goat is an essential component of the dry land agricultural method and is also known as the “poor man’s cow” in India. On marginal or uneven terrain that is unsuited for other species like cows or buffalo, the goat is the best option. Small and marginal farmers can start goat farming, a lucrative industry, with very little investment. The objective of the current study was to ascertain whether the huge concentration of goat population was a factor in the decision to analyze the function of goat husbandry in improving livelihoods. Seven goat farmers were picked at random from each of the 16 villages in each of the district’s four blocks to make up the sample size of 50. Data were acquired utilizing a pre-tested interview schedule, and this study used an ex-post factor research technique. Regression, Pearson’s correlation coefficient, chi-square analysis, and descriptive statistics for frequency distribution were used to edit, tabulate, and analyze the gathered data.

Antifungal activities of different plant extracts against pink mold of banana caused by &lt;i&gt;Trichothecium roseum&lt;/i&gt; (Pers.) Link

Trichothecium roseum (Pers.) Link causes pink mold rot in banana fruits across the world. Due to this infection, 30% of losses arise in poor man’s food. To control this disease, plant extracts show an alternative to fungicides. In this study, 40 plant species were screened for their antifungal activity against T. roseum. Among 40 hot and cold aqueous extracts of plant species, only 10% Allium sativum and 6% and 8% of Mansoa allicea showed 100% inhibition of T. roseum. Freezing condition (4°C) shows 100% inhibition compared to room temperature (27°C) and incubation temperature (46°C). One hundred per cent inhibition of T. roseum was observed within 5 days compared to 15, 20 and 30 days of incubation. The pink mold of banana caused by T. roseum was reported for the first time in Karnataka.