Miracle-dz/UniFAR-FTUs huggingface dataset:
IS MENTAL HEALTH RESPONSIBLE FOR ANGER OUTBURSTS AND ULTIMATELY HYPERTENSION?

Objectives: To explore the relationship of depression, anxiety, and stress (mental health) with anger dimensions and to study that if these mental states predict hypertension disease? Methodology: Cross-sectional research design was used in the current research. Data was collected from 3 public sector hospitals of Lahore from May 15, 2019 to September 30, 2019. Sample of (N = 240) consecutive hypertensive patients with Mage 43.0707 ± 7.99 were recruited. Depression, Anxiety and Stress Scale (Lovibond & Lovibond, 1995), and State Trait Anger Expression Inventory (Spielberger, 1988) were used for data collection. Descriptive statistics, logistic regression, and independent samples t-test were carried on for data analyses. Results: Significant positive correlation of depression, anxiety, and stress with anger dimensions was explore. Depression appeared as predictors of state anger, trait anger, anger in, anger control, and total anger (p<0.05). Anxiety emerged as predictor of state anger, trait anger, anger in, anger control, and total anger and stress as predictor of state anger, trait anger, anger in, anger control, and total anger. Significant gender differences appeared in depression, anxiety, stress, state anger, trait anger, anger in, anger control, and total anger (p<0.05). Conclusion: Depression, anxiety, and stress have a significant relationship with anger and hypertension disease.
Near-Infrared Reflectance Spectroscopy (NIRS) detection to differentiate morning and afternoon milk based on nutrient contents and fatty acid profiles

Milking time is one of the factors that affect milk quality. The objective of this study was to differentiate morning milk from afternoon based on milk fatty acid profile and create a prediction model using Near-Infrared Reflectance Spectroscopy (NIRS). This study used explorative research and post-observation analysis. Milk sampling was collected from three different dairy farm locations in West Java Provinces (Pangalengan district of Bandung Regency, Cibungbulang District of Bogor Regency, and Tanah Sareal District of Bogor Municipality). Milk quality observed in this study included milk fat, protein, lactose, solid non-fat (SNF), and fatty acid compositions. Milk fat, protein, lactose, and SNF were analyzed using Lactoscan. Fatty acid compositions were identified using gas chromatography (GC). Sample spectrums were collected using NIRSflex 500. The difference between morning and afternoon milking was tested using a t-test carried out by SPSS ver. 25. Qualitative calibration of milk quality was conducted using NIRSCal v5.6 by applying the cluster (CLU) method. The results from lactoscan and GC showed that milk fat, caprylic acid, and myristoleic acid, and total SFA were significantly different (Sig. (2-tailed) < 0.05) in morning and afternoon milk. However, NIRS failed to generate a sophisticated model for the milk quality differentiation, which shows a low Q-value (0.0011231). The quantitative analysis accurately produced milk fat and total SFA predictions but failed to accurately predict caprylic acid and myristoleic acid. This study concluded that morning milk could be differentiated from afternoon milk based on milk fat, caprylic acid, myristoleic acid, and total SFA content. The NIRS technology can differentiate between morning and afternoon milk based on quantitative calibration of total fat and SFA.
Fig trees (Ficus spp.) and their pollinating wasps in Universitas Syiah Kuala Campus, Banda Aceh, Indonesia

Fig trees (Ficus spp.) and their pollinating wasps (Hymenoptera; Agaonindae) are a unique system to study mutualism. Female fig wasps deposit eggs and develop their progeny in galled female flowers inside the figs, while fig wasps pollinate females flower inside the same figs. A study investigating fig tree species composition and pollinating wasps was conducted at Universitas Syiah Kuala campus, Banda Aceh. We recorded all fig tree species found in the area from Dec 2020 until June 2021. Ten semi-ripe fig fruits on each fig tree were sampled and brought to the laboratory to examine the wasps inside. We recorded 112 individuals fig trees that belonged to 11 species; most of them were monoecious species. The most abundant species was Ficus altissima, followed by F. Benjamina, and F. macrocarpa, while the least was F.racemosa and F. carica. A number of 20.7± 6.5 (Mean ± SE) female pollinator Eupristina koningsbergeri was counted in a single fig of F. benjamina compared to 350.4±45.4 (Mean ± SE) Ceratosolen fusciceps female wasps in fig of F.racemosa. This study has provided an example of obligate mutualism between different species in the local area, which has been observed since a long time ago.
Toward a Formal Approach to Information Integration Evaluation of an Automotive Instrument Display

Modern cars are equipped with increasing numbers of data and automation features and this trend is only bound to escalate as cars become hubs of information. This article focuses on ways to best integrate informational elements. Drawing on theoretical constructs such as Proximity Compatibility Principles (PCP) and practical tools such as Link Analysis, we show that it is possible to quantify the level of integration in a given display and use it to guide design. We illustrate the approach and method via an analysis of an automotive instrument display and conclude with several insights as to how the approach can support the formation of integrative designs.
EFFECT OF HCV DIRECT ANTIVIRAL AGENTS ON PORTAL CIRCULATION HEMODYNAMICS IN CIRRHOTIC PATIENTS

Background: Eradication of hepatitis C virus (HCV) infection using direct-acting antiviral Agents (DAAs) nowadays is almost always hopeful. Sustained virological response (SVR) has been documented in more than 90% of cases. This prevents more fibrosis and precludes the progression of portal hypertension (PH). Objective: detect the effect of HCV Direct Antiviral Agents on portal circulation hemodynamics. Patients and methods: This prospective descriptive study that was conducted on 70 HCV infected patients with liver stiffness measurement (LVM) ≥ 14.0 Kpa and underwent treatment with DAAs therapeutic regimens. They were subjected to pre-treatment, end of treatment (EOT) and 1 year after EOT laboratory, transient elastography (TE) and Doppler assessment at Gastroenterology, Hepatology and Infectious diseases Department, Al-Hussien University Hospital, Cairo and National Liver Institute, Menoufia, Egypt in the period from May 2018 to December 2019. Results: Liver function tests including serum bilirubin, albumin, international ratio (INR), alanine transaminase (ALT) and aspartate transaminase (AST) were improved with variable significant values at EOT and 1 year after treatment, while hemoglobin and platelet count decreased. LVM values decreased significantly at the end of treatment (P<0.001). Doppler parameters including portal vein diameter, portal vein velocity (PVV), congestion index of portal vein (CI) and liver vascular index (P value<0.001) were improved significantly 1year after EOT. Also, resistive index of hepatic artery (HARI) (P value = 0.001) significantly improved at the same point of time. Conclusion: Doppler portal hypertensive parameters, as a marker of portal hypertension, improved in parallel with the improvement in LVM, ALT and AST values after viral eradication.
Characterization of Soil-Indigenous Cyanobacterial Strains and Bioactivity Assessment

Some cyanobacteria isolates were collected from soil samples at various locations from governorates of Kafr El-Sheikh and El-Dakahlia. By using morphological characterizations to identify these isolates. Heterocyst-forming cyanobacteria were Anabaena sp. , Nostoc sp. , Oscillatoria sp. and Chroococcus sp. Only, Nostoc sp. and Anabaena sp . isolates were represented at high frequency in the two isolated areas. The less frequency of occurrence in this study were Oscillatoria sp. , Chroococcus sp. , Phormidium sp. , Pseudoanabaena sp. Nostoc calicola D and Anabaena cylindrica D were recorded as the most active cyanobacteria according to nitrogen fixation, nitrogenase activity, Indole Acetic Acid(IAA) production and dry weight determination. Therefore, it would be recommended to apply these strains of cyanobacteria in bio-organic farming.
Professionals’ knowledge and use of environmental assessment in an architectural competition

ABSTRACT In early design phases, architects, landscape architects and urban planners are key actors whose decisions determine the environmental impact of planning and building projects. Environmental and sustainability assessment tools for buildings and neighbourhoods have been developed to promote sustainable building, but their usage has not been thoroughly evaluated. This study investigated self-reported knowledge and usage of such tools among competitors and jury group from 10 European countries involved in the international architectural competition ‘A New City Centre for Kiruna’ in Sweden. The questionnaire revealed that 13% used environmental assessment tools or management systems in the competition, although 47% had used them previously. Tool users reported greater knowledge of how to handle environmental impacts than non-users. However, the self-rated experience of handling various environmental impacts, in the competition and in general, was low for both groups. Nevertheless, the self-rated importance of environmental impacts was high among all participants. Based on this study, it is concluded that environmental assessment tools, issues and goals can be better integrated into the processes of early design in planning and building projects, and in architectural competitions. Furthermore, to limit environmental impacts in building and planning projects, professionals need to be educated about environmental strategies and solutions.
A Novel Method of Flow Injection and Suction for Lift Enhancement

This paper describes a novel method of injection and suction conducted on an airfoil in a manner analogous to Co-Flow Jet (CFJ) control. The objectives of this study are twofold. First, in relation to the CFJ technique, to assess the effectiveness of a modified design in which the injection and suction slots conform to the surface of the original airfoil geometry. This is done with the aim of maintaining the baseline performance of the airfoil in the absence of any external fluid transfer. The second involves a comparison of two different fluid injection locations. The conformal surface of the modified airfoil is found to maintain its baseline performance and thus eliminates the need for continuous operation of the injection and suction processes required of the CFJ technique. The experimental results for counter-streamwise injection are less favorable than anticipated. Although the momentum coefficient observes a direct relationship with the indicative lift, the lowest value tested leads to a poorer performance than the baseline. Any lift augmentation seems to be largely confined to the immediate vicinity of the injection location and does not translate into an overall increase in suction. Streamwise injection however, produces notable increases in the pressure integral for relatively small momentum coefficients at all angles of attack. Flow separation is also effectively suppressed at high incidence angles of up to 20o. Based on the current experimental results, streamwise injection is clearly a more effective alternative compared to counter-streamwise injection.
Optimization of amylase and protease production from oyster mushrooms koji (Pleurotus spp.) using response surface methodology

Koji is a term that describes the process of molds growing and producing enzymes that hydrolyze complex components in cooked materials into simpler compounds. In this study, the optimal conditions for the production of enzymes (amylase and protease) of koji incubation were determined by using the response surface methodology with the central composite design 22 + star. The experiments were conducted with two factors, including molds addition (X1) (0.02 ÷ 0.04%) and koji-making time (X2) (24 ÷ 36 hours), as well as incubation temperature (X3) (27 ÷ 33°C) and pH of koji (X4) (5.5 ÷ 6.5). The study results showed that the mycelium of Aspergillus oryzae developed a fairly thick layer on the medium at 0.030 ÷ 0.044% of molds addition and 30 ÷ 36 hours with pH 5.89 ÷ 6.12 and temperature 29.76 ÷ 30.24°C. The optimal conditions (molds addition, time, pH, and temperature) were 0.03%, 30 hours, pH 6.0, and 30°C, respectively. In these optimal parameters, amylase and protease activities were 61.35 and 12.27 U/g dry matter, respectively.
Growth and yields of two varieties of maize (Zea mays L.) intercropped with peanut (Arachys hypogaea L.) applied by bokashi plus fertilizer between the rows of teak trees based agroforestry system

Nutrient shortages are the main problems faced by farmers, so as to improve soil fertility using organic fertilizer is compulsory. The main objective was to analyze the effects of bokashi plus fertilizer on the growth and yields of two varieties of maize intercropped with peanut under three years old teak trees in agroforestry system. The research was arranged in randomized completely block design in factorial pattern with two factors, maize variety: local maize and hybrid corn bisi-2; and bokashi plus fertilizer doses: 0, 3, 6 and 9 t ha-1. Maize growth recorded were plant height, leaf number, stem diameter and leaf area at 2, 4, 6 and 8 WAP and maize yields recorded were cob weight with cornhusk, cob weight without cornhusk, cob length, diameter, row number, 100 seeds dry weight, biomass dry weight, yield and LER. The results showed that interaction between maize variety and bokashi plus fertilizer had significant effect on the growth and yield of maize intercropped with peanut under three years of teak trees in agroforestry system. The best effects of maize growth and yield were obtained at 9 t ha-1 with highest yield of local maize and hybrid maize of 4,69 and 5,79 t ha-1.
RETRACTED: Climate change prediction using artificial neural network

In this study the neural network model was used to predict climate change in the future. The results demonstrate the average air temperature and evaporation both increased, while the wind speed was decreasing. Rising temperatures are the cause of a few increases in potential evapotranspiration. Previous research has found that (ANN) models are more aware and rational when predicting future changes.
Distribution of organic carbon in Ultisol soils with citronella and pine vegetation, at Gayo Highlands, Aceh

Soil organic matter is an indicator of soil fertility. The purpose of this study was to analyse various forms of soil organic carbon in citronella plantation, citronella plantation under pine tree, and soil under pine tree. Soil organic carbon in various forms was analysed from soil samples taken from each horizon and soil profile. The soil profiles observed were ultisol profiles planted with citronella, citronella under pine tree, and under pine tree, and slopes; 0-8%, 8-15%, 15 -25%, and 25-40%, in order to obtain 12 soil profiles with a total of 39 soil samples. Ultisols planted with citronella had higher soil organic carbon than ultisols planted with citronella under pine tree and ultisols under pine trees. Based on the slope, the highest soil organic carbon was obtained in the soil with a slope of 0-8%, and decreased with increasing slope. Based on soil depth, the highest soil organic carbon was obtained in the upper horizon, compared to the horizon below. The highest total soil organic carbon was obtained at the soil surface horizon with a slope of 0-8% and citronella was planted. This pattern of total soil organic carbon is similar to that of sesquioxide bound organic carbon, but is not consistent with that of free clay bound organic carbon.
Discrimination of Carrier Conduction Mechanisms of InP/InGaAsP/InAs/InP Laser Structure Through $J$ – $V$ – $T$ Measurements

The properties of InP/InGaAsP/InAs/InP laser structure, mainly used in the fiber optic telecommunication industry, were investigated through current density-voltage- temperature ( $J$ – $V$ – $T$ ) measurement within dark and light conditions. Tunneling and generation-recombination carrier conduction mechanisms were identified within a junction bias voltage of 0–0.6 V. Above 0.6 V, Poole–Frenkel was the actual path in conduction and the mobility of carrier was determined quantitatively by means of temperature-dependent $J$ – $V$ curves in the space charge bias region. A thermal energy gap of 0.8 eV corresponded to the band gap of quantum dashes in which radiative recombination took place to emit a laser light at 1550 nm.
Decomposing total factor productivity of SMEs in agricultural sector in Aceh, Indonesia

This study measures and decomposes the Total Factor Productivity (TFP) of the SMEs in the agricultural sector across 23 regencies/cities in Aceh province, Indonesia during the 2015-2019 period. Using Data Envelopment Analysis (DEA), the study found a low level of SMEs’ productivity during the study period. The SMEs in Aceh province recorded different levels of TFP. Overall, the SMEs’ TFP has slightly declined, contributed mainly by an increase in efficiency level and a decline in the technical efficiency change. These findings showed the importance of adopting advanced agricultural-related technologies and implementing good SMEs’ governance principles to further improve SMEs’ TFP. Finally, the government must prioritize promoting non-productive SMEs across the 23 regencies/districts in the province by offering sufficient financial aids and conducting professional managerial training programs.
Physical and chemical quality of forage feed pellets with different types of materials and compositions

The aimed of this study was to determine the physical (durability) and chemical quality of forage feed pellets with different raw materials and compositions. This study used two (2) weed raw materials with different forms, namely in the form of fresh and in the form of hay that has been milled. Each raw material was formulated and processed in the same way, a mixture of forage and rice bran, consisted of 90%: 20% and 80%: 20% (calculated based on dry matter, mixed in as fed), pelleted, then dried in the sunshine. Each treatment has three (3) replications. Dried forage pellets were tested with the PDI (pellet durability index) test and chemical quality test (proximate) in the Forage and Pasture Science Laboratory. The experimental design used a Randomized Completely Block Design where there were blocks of material types and blocks of material composition. The variables observed were physical quality in the form of PDI and chemical quality in the form of dry matter (DM), organic matter (OM), crude protein (CP), crude fibre (CF), extract ether (EE) and nitrogen-free extract (NFE). The data were statistically analysed with program SPSS version 26. If there was a significant difference, it was continued with the least significant different (LSD) test. The conclusion of this study was that the physical quality of forage pellets (PDI number) made from weed (Synedrella nodiflora) or Legetan was affected by composition, but neither hay nor fresh weed material affected its quality. The type of raw material in the form of hay and fresh affects the chemical quality of forage pellets in the form of DM, OM, CP, CF and NFE, but does not affect EE. EE was influenced by the composition of the pellets
Nutrient consumption and digestibility in Garut sheep fed with elephant grass and pollard bran

This study aimed to compare the nutrients consumption and digestibility between Garut rams and ewes fed with forage (elephant grass) and concentrate (pollard bran) with a ratio of 60:40 (based on the dry matter). The livestock used were 6 Garut rams and 6 Garut ewes. They were placed in metabolic cages and equipped with feces containers. This research was conducted 14 days for the adaptation period and 5 days for the collection period. During the collection period, feed, feed residue, and feces collection were carried out for analysis. The analysis consisted of dry matter (DM), organic matter (OM), crude protein (CP), ether extract (EE), crude fiber (CF), nitrogen-free extract (NFE), and total digestible nutrients (TDN). The data obtained were used to calculate nutrient consumption and digestibility. Based on the research, it was known that average consumption and digestibility of dry matter (DM), organic matter (OM), crude protein (CP), crude lipid (CL), crude fiber (CF), nitrogen-free extract (NFE), and total digestible nutrients (TDN) of Garut rams and ewes were not significantly different (P>0.05). All nutrients consumed by rams were higher than ewes, but the nutrients digestibility value in rams was lower than ewes.
Evaluation of Flood Routing Models and Their Relationship to The Hydraulic Properties of The Diyala River Bed

In this study, four types of flood routing approaches were studied which give significantly varied results represented by the differences between computed and observed flows and also differ considerably on the friction coefficient and bed slope of the channels. First two approaches use a hydraulic solution to solve the equations of unsteady flow, while the third approach uses the hydrological solution, and the fourth algorithm solves Muskingum approach with seven parameters. All these approaches were run with the same input parameters, the results were compared and tested with four Error Measurement Indices, Sum of Squared Deviations, Error of Peak Discharge, Variance Index, and agreement index. Diyala River was selected for this application. Dynamic wave method gave accurate results, followed by the characteristic method, and then the linear Muskingum-Cunge method, but Symbiotic Organisms Search Algorithm not gave any senses due to change in roughness or bed slope and gave very identical values with recorded outflow in all conditions, which means that the hydraulic solution is better compared to the hydrological solution. The results also showed that the difference between the calculated and observed flows diminished with a decrease in the coefficient of friction and an increase in the bed slope channel.
Floods and their problems: Land uses and soil types perspectives

The phenomenon of flooding that occurs in almost all regions of the earth causes loss of property and damage to public facilities and causes the loss of many human lives. There are many reports related to the causes of flooding with various solutions offered to overcome the flood problem. However, it seems that these efforts have not been able to eliminate the flood problem. Hydrologists have widely reported various factors that are the cause of flooding with an extensive scope. Therefore, this paper is limited to discussing flooding and its problems, specifically the river flood, from the perspective of land use and soil types. Changes in land use in a watershed can cause an increase in the runoff coefficient. Likewise, different types of soil have different abilities in passing water into the ground. Open land (without land cover) tends to be prone to erosion, reducing the soil’s infiltration capacity and increased surface runoff. Increasing the runoff coefficient will increase the peak discharge in a watershed. The decrease in the river capacity due to sediment can cause a river flood. To support this argument, a rainfall-runoff model, particularly the tank model, is also discussed, taking into account the various uses and types of soil in a watershed. Efforts to anticipate the river flood are also considered for formulating flood disaster control policies in a watershed.