Monday, 30 July 2018

Identification of Insect Pest Species of Maize, Their Infestation and Damage Levels at Ziway Dugda Woreda, Arsi Zone, Ethiopia

Abstracts

The survey was carried out in 2017 main cropping season to support farmers for correct insect pest identification. Three Kebeles, Hallo, Sambaro and Herara with five farmer’s fields randomly selected. Ten representative plants were taken from each field. Data on mean larval density per plant, percentage leaf infestation and damage levels were assessed. Results from mean larval density per plant showed that significant difference between insect species (R2= 0.96, Pr (>|Z|=0.013) where the highest 1.55-2.30 was recorded from C. partellus. There was a significant difference between C. partellus and M. trapezalisS. frugiperda and M. trapezalis in percentage leaf infestation (R2=0.75, Pr. (>|Z|=2e-16) where, the highest were recorded from C. partellus and S. frugiperda representing 50-90% and 40-90% respectively. From the above, C. partellus and S. frugiperda were at risk, as a result insecticide was recommended. M. trapezalis showed a lower infestation level so that hand picking was more economical than use of insecticide. Hence, registration and detail molecular identification will be needed as M. trapezals is the first record on maize crop in Ethiopia.

Keywords : Maize; insect pest species of maize; C. partellus; S. frugiperda; M. trapezalis; Ziway Dugda; Ethiopia; Hallo; Sambaro; Herara.

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Climate Change Challenges for Sustainable Coastal Wetland Management in Xuan Thuy Ramsar Site, Vietnam

Abstracts

Climate change has been recognized as a global threat and is already affecting ecosystems such as coastal wetlands. With more than 3,200 km of coastline, wetlands are the dominant ecosystem in Vietnam. This country is considered to be one of the most seriously affected by climate change in the world. Hence, coastal wetlands are vulnerable. This study applied the Drivers - Pressures - State - Impacts - Responses approach to discuss and analyze the main challenges induced by climate change and its potential consequences for Xuan Thuy Ramsar site in the Red River delta, Vietnam. In this research we used both observed and predicted data on the impacts of climate change issued by the Ministry of Natural Resources and Environment, Vietnam, including changes in temperature and rainfall, and sea level rise. The results illustrated numerous potential impacts and pressures associated with climate change on the study site. Understanding the effect of these potential impacts on wetland ecosystems is very important for managers and policy-makers because current conservation programs in Xuan Thuy Ramsar site have not included climate change issues. In addition, the complexity of synthesis impacts associated with global climate change is also a big challenge for local stakeholders. Our review suggests that a long-term conservation planning to response to climate change is crucial rule towards sustainable management of Xuan Thuy Ramsar site.

Keywords : Climate change; coastal wetlands; ecosystems; impacts; Ramsar site.

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Biochemical Changes in Leaves and Physico-chemical Alterations in Rhizospheric soil of Selected Trees Exposed to Vehicular Pollution at Roadsides at Jabalpur, India

Abstracts

In many South-Asian countries like India, the metropolitan areas get exposed to high air-pollution due to emissions from vehicles driven by the fossil fuels. This research was aimed to detect the effect of dust and gases from automobile exhausts on foliar biochemical changes of roadside vegetation and in physico-chemical properties of soil at Jabalpur, India. Considering the samples collected from least polluted areas as control set with distinction from roadsides of higher air-pollution as experimental, biochemical analyses from tender leaves were done from five pollution-resistant trees viz. Pongamia pinnataDalbergia sissoo, Azadirachta indica, Ficus religiosa and Cassia siamea for total carbohydrate, nitrogen, calcium, sodium, potassium, magnesium, phosphorus, ascorbic acid and phenol. Between the control and experimental samples, for few parameters like sodium and potassium assays, minimum differences in values were found, while for the others, remarkable differences were evident, which might have been happened due to physiological processes like damage-due-to-air-pollutants or resistance-and-protection-to-air-pollutants or for the both. For rhizospheric soil, physico-chemical analyses were done for pH, bulk density, electrical conductivity, cation-exchange capacity, organic carbon, available nitrogen, available potassium, available phosphorus, exchangeable potassium, exchangeable sodium, exchangeable calcium and exchangeable calcium and magnesium. All results both for foliar and soil analyses were expressed as mean values in replicates of 3 samples. Amongst the interesting findings, the following were noted like the pH was found to be higher in Pongamia pinnata, Azadirachta indica and Ficus religiosa, the available nitrogen higher in Pongamia pinnata, Ficus religiosa and Cassia siamea in the polluted samples. For some important individual elements and compounds, the findings have provided a index-guideline indicating their absorption and assimilation with the nutrient molecules. The findings are significant in relating plantation-schedules and monitoring programs in many crowded and polluted cities in tropical South Asian countries.

Keywords : Pollution; resistant trees; automobile exhausts; Pongamia pinnata; Dalbergia sissoo; Azadirachta indica; Ficus religiosa; Cassia siamea.

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Morpholinium Glycolate: A Reusable Ionic Liquid Catalyst for the Eco-friendly Synthesis of Dihydropyrano[2,3-c]pyrazol-5-carbonitriles

Abstracts

Morpholinium glycolate was found to be highly potent and reusable ionic liquid as a catalyst for the synthesis of dihydropyrano[2,3-c]pyrazol-5-carbonitriles via a one-pot multicomponent condensation reaction of aryl aldehydes with ethyl acetoacetate, hydrazine hydrate, and malononitrile in an aqueous medium at room temperature. The key advantage of this present protocol is an economical, excellent yield, shorter reaction time, easy work-up, no chromatographic purification and the catalyst can be effortlessly recovered and reused in several runs.

Keywords : Dihydropyrano[2,3-c]pyrazol-5-carbonitriles; morpholinium glycolate; ILs; MCRs.

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Wednesday, 25 July 2018

Changes in Amino Acids, Anti-Nutrients and Functional Properties of African Yam Bean Flour Caused by Variation in Steeping Time Prior to Autoclaving

Abstracts

Background and Aim: Legume seeds are usually steeped in water or bicarbonate solution before further processing and this has some effect on the constituents and functional properties of the flour. The present study was to evaluate the effect of steeping time in 0.50% solution of unripe plantain peel ash prior to autoclaving on the amino acids, anti-nutrients and functional properties of African yam bean flour.
Study Design: Analysis of variance (ANOVA) was carried out.
Place and Duration: Department of Food Science and Technology, University of Uyo, Akwa Ibom State, Nigeria, from November 2016 to May 2017.
Methodology: African yam bean seeds were sorted, washed and divided into four portions of 500g each. Portion I was not steeped and served as control sample while portions 2, 3 and 4 were steeped in 0.50% solution of unripe plantain peel ash (1:5w/v) at ambient temperature (27±2ºC) for 24, 48 and 72h respectively. Both the unsteeped and steeped portions were separately autoclaved, dehulled, oven dried, milled and sieved to obtain the flours used for analysis.
Results: The result revealed that all the parameters varied with steeping time. The total amino acids and total essential amino acids increased from 75.52g/100g and 30.07g/100g in the flour from unsteeped seeds to 80.29g/100g and 32.87g/100g respectively in the flour from the seeds that were steeped for 72h. Phytate, tannin, trypsin inhibitor, raffinose, stachyose, bulk density, water absorption capacity and swelling index decreased while oil absorption and foaming capacities increased with steeping time. Percentage reduction of phytate, tannin, trypsin inhibitor, raffinose and stachyose after 72h steeping were 80, 86, 98, 97 and 94%, respectively.
Conclusion: The treatment caused significant (p<0.05) reduction in anti-nutrients and flatulence causing factors and enhanced amino acid profile of the flour.

Keywords :African yam bean flour; steeping time; amino acids; anti-nutrients; functional properties.

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TLC Bioautographic Detection and Characterization of Antibacterial Compound from the Cyanobacterium Anabaena oryzae

Abstracts

Background: Microalgae have the potential to produce natural bioactive compounds, which are difficult to be produced by chemical synthesis. These compounds also possess diverse biological activities, such as antibacterial, anti-inflammatory, anti-atherosclerotic and anti-carcinogenic activities.
Objective: The purposes of the current study were to use a simple and accurate Thin layer chromatography (TLC) bioautographic method for detection and isolation of antibacterial compound from the complex cyanobacterial extract and the characterization of the isolated compound.
Materials and Methods: Polar and non-polar extracts of cyanobacterium Anabaena oryzae were screened for antibacterial activity against various Gram-positive and Gram-negative bacterial species using agar well diffusion method. The mode of action of methanolic extract on pathogenic bacteria was examined using scanning electron microscopy, Thin layer chromatography-direct bioautography (TLC-DB) was applied for the first time in detection and isolation of the antimicrobial compound in cyanobacterial extract. The target band was purified by silica gel column chromatography and antibacterial compound was isolated. The isolated compound was characterized using IR and mass spectroscopy.
Results: The methanolic extract had the highest biological activity against Escherichia coliMIC 0.05 µg/ml. Scanning electron microscopy revealed a shortening and swelling of the E. coli cells, and multiple blisters and bubbles formed on their surface. One compound with antibacterial activity was isolated using (TLC-BD) and column chromatography. Infrared spectra (IR) indicated that the isolated compound was phenolic compound. Mass spectroscopy indicated that its molecular weight was 443.38.
Conclusion: It was concluded that cyanobacteria Anabaena oryzae are metabolically very diverse group and a promising group of organisms for research on medicines discovery.  It was also concluded that (TLC-DB) is very useful in the isolation and identification of compounds with antimicrobial activity from biological extract.

Keywords :Antibacterial; cyanobacterium; Anabaena oryzae; direct bioautography; phenolic compound.

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Proximate and Mineral Components of Five Improved Varieties of Soybean (Glycine Max) Commonly Consumed in Samaru Community Zaria-Nigeria

Abstracts

Five improved varieties of Glycine max (TGX 1987-62F, TGX 1485-1D, TGX 1448-2E, TGX 1987-10F and TGX 1835-10E) consumed in Samaru community, Zaria-Nigeria were analyzed for their proximate composition and mineral contents using standard methods. The results show that TGX 1835-10E has significantly (p<0.05) higher protein compared to the other varieties. Carbohydrates and ash contents did not differ significantly (p>0.05) between the varieties. The lipid and crude fiber content were significantly (p<0.05) high in TGX 1987-62F and TGX 1448-2E varieties respectively. Moisture content was significantly (p<0.05) high in TGX 1448-2E and TGX 1485-1D varieties. The mineral analysis showed no significant (p>0.05) difference in the Copper (Cu) content of all the varieties. Potassium (K) and Iron (Fe) contents were significantly high in TGX 1485-1D variety while Calcium (Ca), Magnesium (Mg) and Zinc (Zn) contents were significantly (p<0.05) high in TGX 1987-62F, TGX 1835-10E and TGX 1987-10F, respectively. The results show that none of the test varieties is outstandingly different.

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Isolation, Screening, Characterization of Indigenous Oleaginous Bacteria: Evaluation of Various Carbon and Nitrogen Sources as Substrates for Single Celled Oil Producing Bacteria

Abstracts 

Aims: The study was aimed to, isolate, screen and characterize the heterotrophic lipid producing bacteria from various oil and fat contaminated sites. Additionally, the study was focused to evaluate the influence of some carbon and nitrogen sources on bacterial culture.
Place and Duration of Study: The current study was carried out in the Department of Environmental Science and Engineering, Lab no. 211 (Bioenergy and bioremediation Lab) Guru Jambheshwar University of Science and Technology, Hisar. Duration of study from August 2014- January 2015.
Methodology: Soil samples were collected from Hisar, Sirsa (Haryana) and waste water sludge from Guru Jambheshwar University of Science and Technology, Hisar. Isolation and purification of filamentous bacterial strains was done by simple plate streak plate method, followed by screening of bacterial strains by Sudan black/Nile Red dye. Genomic DNA was extracted from bacterial strain using Cetyl trimethyl ammonium bromide (CTAB) method. PCR product was sequenced by 16sRNA approach. In batch flasks study, effect of various carbon and nitrogen sources on lipid and biomass of Rhodococcus opacus and Gordonia alkanivorans were evaluated by using gravimetric Bligh and dyer method.
Results: Filamentous bacterial strains were initially isolated using selective culture media, further these oleaginous bacterial strains were screened out on the basis of growth rate and lipid content (dcw%) and employed Nile red and Sudan black staining for detection of neutral lipids in cells. The biochemical behavior (biomass production, accumulation of total lipid) and substrate uptake by two oleaginous bacteria has been studied. Furthermore, Rhodococcus sp. and Gordonia sp. were cultivated under various carbon and nitrogen sources. Significant differences in the process of lipid accumulation and biomass yield as related to the carbon, nitrogen sources used were observed for both microorganisms. Although glucose containing MSM medium favours production of  biomass yield 1.81±0.026 gL-1 and 1.63±0.032 gL-1 with corresponding high lipid content 16.78%,17.05% in  Rhodococcus opacus as well as Gordonia alkanivorans respectively. Among Various tested nitrogen sources, Ammonium sulphate was found to be best nitrogen source for cultivation of Rhodococcus opacus and Gordonia alkanivorans (P≤0.05) indicating higher lipid content of 16.55%, 17.01%.
Conclusion: Filamentous bacteria have capacity to accumulate substantial amount of oil. Nile Red and Sudan black staining dye was found to be effective method for prescreening of oleaginous bacteria. Glucose and Ammonium sulphate proved to be suitable carbon and nitrogen source for culturing of Rhodococcus opacus and Gordonia alkanivorans.

Keywords :Oleaginous bacteria; filamentous bacteria; screening; Sudan black; Nile Red; 16srRNa; Yeast extract; ammonium sulphate; glucose.

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Monday, 23 July 2018

A Review Investigation on Outdoor and Indoor Propagation Models

Abstracts

Path loss exponent has turned out to be one of the key challenges that are been faced in the telecommunications sector both in Nigeria and other countries. There is a great need to take a critical look at the various mathematical methods and techniques that have been developed by many researchers of which are used in the calculation of signal loss in telecommunication industry. This article draws the conclusion that all the methods are accurate depending on the condition(s) or factors after reviewing over fifty (50) journals. It was therefore concluded that the method that is applied to a particular situation depends on the surrounding environments.

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Microwave Supported Solvent Free Reaction of EMME in the Synthesis of Pyrazolopyrimidopyrimidines

Abstracts

Diethyl ethoxy-methylenemalonate the versatile reagent used to synthesize pyrazolopyrimidopyrimidines (3) as antimicrobial agents from the reaction between EMME and 1-substituted 3-(methylthio) 3H-pyrazolo [3,4-d]pyrimidine-4-amines (1) using Gould Jacob reaction. A comparison of conventional and microwave supported solvent-free reaction has been studied.

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SCIENCEDOMAIN international is providing a transparent OPEN Peer Review and Post-Publication Peer Review, DOI, Wide Indexing in a low price


ScienceDomain journals are determined to promote integrity in research publication. ScienceDomain journals follow the guidelines, given by COPE for any publication disputes (http://sciencedomain.org/page/sdi-general-editorial-policy).

Publication charge of ScienceDomain international journals is extremely low compared to other open access publishers. It is commendable that even at such low cost they are providing transparent OPEN Peer review and post-publication peer review, DOI, permanent digital Archiving, wide indexing, etc.

Science Domain journals follow the guidelines regarding ‘Principles of Transparency and Best Practice in Scholarly Publishing’, established by the COPE, the DOAJ, the OASPA. ScienceDomain journals additionally publicly publish a ‘self-compliance report’ for public and scholarly scrutiny (http://sciencedomain.org/journal/32/odc-compliance).
Since inception, this publisher is making constant efforts to promote integrity and transparency. It is completely baseless libel that SCIENCEDOMAIN international is a predatory publisher, as no other publisher put these much efforts to adhere to best publishing practices.
SCIENCEDOMAIN international is a new and promising publisher of STM journals from India. The transparent and robust “Open Peer Review” model of SCIENCEDOMAIN international journals is very appreciable and significant for the academic community. They publish the entire Review History along with the manuscripts after completion of review process depending on the expert reviewers’ suggestions and recommendations. In 2013 an article published in famous Science journal (http://www.sciencemag.org/content/342/6154/60.full), which reported that out of total 304 journals, only 20 journals rejected a fake article after substantial peer review. SCIENCEDOMAIN international journal was among these few successful journals. It also provides wide indexing coverage and provides public proof for every claim of indexing. It also renders the service of perpetual archiving with Portico, DOI for every article, plagiarism checking for each submission, etc. Their remarkable contributions are recognized by many academic organizations as mentioned below:
1. SCIENCEDOMAIN international is a voting member of Crossref
(Please see here: http://www.crossref.org/01company/06publishers.html). CrossRef is an association of scholarly publishers that develops shared infrastructure to support more effective scholarly communications. Famous publishers like Elsevier, Nature, Springer, etc are also voting members of crossref.
2. Many respected indexing organizations indexed our journals after strict evaluation. Quality and authenticity of any journal is evaluated by these official organizations. Please see here: http://sciencedomain.org/page/abstracting-indexing
3. Many scientists from world famous universities like Harvard, Stanford, Cambridge, etc kept faith on the quality of our journals and published their valuable papers with us. Please see here: http://sciencedomain.org/page/author-profiles
4. We publish peer review reports of all published papers. This transparent OPEN peer review process is considered most authentic and robust by many researchers (https://en.wikipedia.org/wiki/Open_peer_review).
5. Famous Science journal (IF: 31) report confirmed the high standard of SCIENCEDOMAIN international journal. Please see here: http://sciencedomain.org/announcement/science-if-31-report-confirmed-the-high-standard-of-sdi-journal
6. Ministry of Science and Higher Education of Poland Govt. included SCIENCEDOMAIN international journals in its official report. Please see here: http://sciencedomain.org/announcement/polish-ministry-of-science-and-higher-education-included-18-sdi-journals-in-its-official-report-of-2013
7. Index Medicus (under World Health organization) selected our journals http://sciencedomain.org/announcement/index-medicus-selected-15-sdi-journals
8. SCIENCEDOMAIN international is now member of PORTICO for Permanent Digital Archiving of SDI journals
9. US National Library of Medicine (NLM) Catalog included SCIENCEDOMAIN international journals please see here: http://sciencedomain.org/page/abstracting-indexing

As a result of these achievements, many scientists from world’s famous universities like Harvard, Columbia University, Cambridge, University of Chicago, Yale University, University of Göttingen, etc. published their scientific works with SCIENCEDOMAIN international journals. All these examples clearly indicates their stand against the working principle of some fake publishers, who don’t provide any peer review service and don’t provide the basic services of a standard scholarly publisher.

Response of Caryedon serratus (Oliver) (Bruchidae: Coleoptera) towards Various Botanicals and Hosts

Abstracts

Studies on repellence effect of few botanicals on Caryedon serratus (Olivier) in stored groundnut were carried out at Department of Entomology, College of Agriculture, Junagadh Agricultural University, Junagadh during the year 2013-2014. The results revealed that out of seven treatments viz. chilli powder, garlic powder, dhatura powder, custard apple leaf powder, ginger powder, black pepper powder and mint leaf powder @ 5 g/ 50 seeds the treatment of black pepper powder (90.35, 88.95, 87.09, 86.75 and 85.46 per cent  repellence at 15 min, 30 min, 1 h, 2 h and 24 h, respectively) was greater and at par with treatment custard apple leaf powder and garlic powder@ 5 g per 50 g seeds of groundnut compared to datura leaf powder and mint leaf powder. Groundnut seed treated with Tamarindus indica (Ambali), Arachis hypogaea (Groundnut), Acacia nilotica (Babul) and Cassia fistula (Garmalo) were found to be preferred for oviposition by Caryedon serratus as compared to Prosopis juliflora (Gandobaval).

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Sciencedomain International distances itself from predatory publishers


Many open-access publishers publish low-quality research papers. They only want to make easy money, so they publish whatever articles they receive without peer review. Some publishers publish articles in their journals within one or two days after submission, if they receive the publication charge. Jeffrey Beall, the Denver-based former librarian, first coined the term “predatory publishing” in 2011, to identify such ‘pay to publish’ journals, who publish anything without peer review. But at the later stage, his intention and methodology to identify predatory journals were questioned. Many academicians proved that Beall's evaluation was biased and highly erroneous. Please see the related discussion here: https://en.wikipedia.org/wiki/Jeffrey_Beall. But nobody can deny the contribution of Mr. Beall to identify the black side of open access scholarly publication.

‘Sciencedomain International’ fights against predatory publication practices for many years. ‘Sciencedomain International’ is also a victim of predatory publication model and many times ‘Sciencedomain International’ was labelled with “predatory” stamp, as Sciencedomain also follows open access publication model. Confusion and mixing the name of ‘Sciencedomain International’ with low-quality predatory publishers harmed the brand image and business of ‘Sciencedomain International’ in many ways.
Some distinguished operating principles of ‘Sciencedomain International’ are discussed below. These below mentioned points clearly prove the difference of ‘Sciencedomain International’ with predatory publishers.

1. OPEN Peer review:
‘Sciencedomain International’ journals follow a transparent and robust OPEN peer review model. All peer review reports, comments of the editors and different versions of the manuscripts are also made publicly posted along with the published paper. This process eradicates any possibility of malicious interference by the publisher to publish papers only for money, by compromising academic quality. The main complaint against predatory publishers is that anybody can publish anything by paying hefty money. And predatory publishers compromise the peer review process or don't do peer review to publish any paper. As ‘Sciencedomain International’ journals follow transparent OPEN peer review model, so the main criteria of predatory publishing (i.e. absence of peer-review and quality control) can not be applied against ‘Sciencedomain International’. Very politely we want to tell that our peer review system is not perfect. But we strongly want to say that we don't follow the predatory publication model.
Some examples:

1.1 World famous Science Journal article authenticated high peer review standard of SDI journal
Now it is obvious that all publishers will highlight its brighter sides. But to establish the claim of a publisher, it must be authenticated by some third-party neutral agency. Please see that our claim of the high standard of peer review is authenticated by the world-famous Science journal article.  Please see the investigative report here (http://bit.ly/science-report-111). It was reported that out of total 304 journals, only 20 journals rejected the fake article after substantial peer review. We are happy that our journal was among these few successful journals along with industry leaders like PLoS One, Springer, BMC, MDPI, Hindawi, etc.

2. POST-publication peer review:
The pre-publication Peer review evaluation system is not perfect and many academicians proved loop-holes of the peer review system. We also never claimed that the peer review system is perfect. But we have tried to make it as transparent as possible. But still, we know that there will be errors. So we introduced also POST-publication peer review system.  SDI journal Web sites provide the ability for users to comment on articles to facilitate community evaluation and discourse around published articles. The comment section is mainly dedicated to promote "Post-publication peer review". Please see here: http://bit.ly/post-peer-review.  As a result of this "Post-publication peer review", if authors agree and or journal Editors agree (and or SDI agrees) that any correction is necessary, then it will be published FREE of cost by following SDI Correction and retraction policy (http://bit.ly/retraction-policy).

3. Transparent Editorial Board:
All SDI journals have a transparent editorial board. Many times predatory journals post the name of editors without their consent. Sometimes predatory journals publish fictitious editors. All SDI journals publish complete academic affiliation of all editors. Additionally, SDI journals publish email ID, short biography and link of the institutional webpage of editors for complete transparency. All communications with the editors are also permanently digitally preserved. Along with the published paper, identity and comments of the academic editor are also published. Therefore, very politely we want to say that we may not have the strongest editors of the world. But we have a highly transparent and active editorial board to maintain the quality of the journal.

3.1 World famous Nature journal article confirmed the high standard of SDI editors and journals
Now it is necessary to provide the proof of the high standard of editors of SDI journals. We hereby provide the proof from an article of world-famous NATURE journal article. One of our journals was also targeted by the authors of this NATURE article as part of the sting operation.  We are happy to inform that Nature (Impact Factor: 41.6) article confirmed high standard of SDI journal and its editors.  Please, read the investigative report here (http://bit.ly/Nature-report-111).

4. Moderate Acceptance rate:
SDI journals have average 51-63%. Even some authors praised openly about our peer review system, though their papers were rejected. Please see here some proof: http://bit.ly/author-speaks1

5. Publons ranks 6 SDI journals among top 1000 journals of the world
Famous Publons (a part of Thomson Reuters Clarivate Analytics), also confirmed the high standard and transparency of peer review system of SDI journals. There are more than 40,000 academic journals worldwide. As per Publons website, 6 journals from ‘Sciencedomain International’ was placed among top 1000 journals and  38 journals from ‘Sciencedomain International’ was placed among top 3000 journals like Nature, Science, PlosOne, BMJ, etc. Please see here: http://bit.ly/publon-rank  (website accessed on 09-07-2018).

6. High profile authors
High standard of SDI journals has attracted authors from world famous universities like  Harvard University,  Columbia University,  Cambridge University, University of Chicago,  UC Berkeley,  Göttingen University, etc. Please see here: http://bit.ly/author-profiles


From the above discussion, it is imperative to say that ‘Sciencedomain International’ does not follow predatory publication practices.


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Sunday, 22 July 2018

White paper regarding fight against Predatory Publication practices: published by Sciencedomain International

Some open-access publishers publish papers without peer review to make easy money. Some publishers publish articles in their journals within one or two days after submission, provided publication charge is paid. These publishers even advertise in their website and “calls for paper” that they will publish the paper within 1-4 days of submission. Jeffrey Beall, the Denver-based former librarian, first coined the term “predatory publishing” in 2011, to identify such predatory journals. But at the later stage, his methodology to identify predatory journals was questioned. Many academicians proved that Beall's evaluation was biased and erroneous. Please see the related discussion here: http://bit.ly/wikipedia-Beall.. But nobody can deny the contribution of Mr. Beall to identify the black side of open access scholarly publication.

‘Sciencedomain International’ (SDI) fights against predatory publication practices for many years. ‘Sciencedomain International’ is also a victim of the predatory publication model. Many times ‘Sciencedomain International’ was labelled with “predatory” stamp, as Sciencedomain also follows open access publication model. Confusion and mixing the name of ‘Sciencedomain International’ with low-quality predatory publishers harmed the brand image of ‘Sciencedomain International’ in many ways.

Therefore Sciencedomain International took some proactive steps to fight against the predatory publication problem starting from 2011. Some distinguished operating principles of ‘Sciencedomain International’ are discussed below and the backgrounds of these steps are also discussed.

Problem 1: Predatory publishers don’t do peer review.
Following Proactive Steps were taken by Sciencedomain International to solve this problem.

1.1 OPEN Peer review:
‘Sciencedomain International’ journals follow a transparent and robust OPEN peer review model. All peer review reports, comments of the editors and different versions of the manuscripts are also made publicly posted along with the published paper. This process eradicates any possibility of malicious interference by the publisher to publish papers only for money, by compromising academic quality. The main complaint against predatory publishers is that anybody can publish anything by paying hefty money. And predatory publishers compromise the peer review process or don't do peer review to publish any paper. As ‘Sciencedomain International’ journals follow transparent OPEN peer review model, so the main criteria of predatory publishing (i.e. absence of peer-review and quality control) cannot be applied against ‘Sciencedomain International’. Very politely we want to tell that our peer review system is not perfect. But we strongly want to say that we don't follow the predatory publication model.
Some examples:
a. http://bit.ly/open-review-2
b.  http://bit.ly/open-review-3
c. http://bit.ly/open-review-4  

1.2 World famous Science Journal article authenticated high peer review standard of SDI journal
Now it is obvious that all publishers will highlight its brighter sides. But to establish the claim of a publisher, it must be authenticated by some third-party neutral agency. Please see that our claim of the high standard of peer review is authenticated by the world-famous Science journal article.  Please see the investigative report here (http://bit.ly/science-report-111). It was reported that out of total 304 journals, only 20 journals rejected the fake article after substantial peer review. We are happy that our journal was among these few successful journals along with industry leaders like PLoS One, Springer, BMC, MDPI, Hindawi, etc.

Problem 2: Predatory publishers don’t pay any attention to complaints after publication
Following Proactive Steps were taken by Sciencedomain International to solve this problem.

2.1 POST-publication peer review:
The pre-publication Peer review evaluation system is not perfect and many academicians proved loop-holes of the peer review system. We also never claimed that the peer review system is perfect. But we have tried to make it as transparent as possible. But still, we know that there will be errors. So we introduced also POST-publication peer review system.  SDI journal Websites provide the ability for users to comment on articles to facilitate community evaluation and discourse around published articles. The comment section is mainly dedicated to promote "Post-publication peer review". Please see here: http://bit.ly/post-peer-review.  As a result of this "Post-publication peer review", if authors agree and/or journal Editors agree (and/or SDI agrees) that any correction is necessary, then it will be published FREE of cost by following SDI Correction and Retraction policy (http://bit.ly/retraction-policy).
2.2 Established Retraction Policy:
No journal in the world has a hundred percent perfect peer review policy. It is not expected from the publisher that it should work like fraud detection agency or fake paper detection agency. No publisher has that capacity or enough resource for such activities. An academic publisher is expected to arrange honest peer review, editorial screening, editing, formatting, publication, DOI registration, digital preservation of papers, indexing of published papers, etc. An academic publisher depends on the integrity of the author for the submitted paper and expertise of reviewers and editors during the peer review process. At any stage, an academic publisher should never influence the publication decision by over-ruling the academic independence of the reviewers and editors. Therefore, a scholarly publisher is never expected to publish only a hundred percent perfect papers, as it depends on the author-reviewer-editor system. But an academic publisher is always expected to work promptly whenever a fraud/wrongdoing is reported. If an academic publisher sits idle when an irreparable wrongdoing is reported then the publisher is just supporting the wrongdoing of the author. Such careless idle steps of the publisher rather encourage other dishonest authors to harbour their papers with that publisher. Predatory publishers often sit idly by publishing fake papers and invite other dishonest authors to publish their papers by providing a safe shelter in exchange for publication charges. It is expected that a true academic publisher should officially retract wrong papers/fake papers immediately whenever reported. Retraction is a negative point for any publisher, but a true academic publisher should never be afraid to retract such papers with official retraction notice. Sciencedomain International has a very strong and official correction/retraction policy (see here: http://bit.ly/retraction-policy-sdi). Sciencedomain International is determined to promote integrity in research publication. We have great respect and we generally follow the guidelines given by COMMITTEE ON PUBLICATION ETHICS (COPE) for any publication disputes, authorship disputes, fake paper, etc. Whenever such a serious problem is reported, Sciencedomain International takes immediate action and officially retract the paper.

Problem 3: Predatory publishers use the name of the reputed scientists without consent and sometimes they don’t do quality control during the recruitment of editors.
Following Proactive Steps were taken by Sciencedomain International to solve this problem.

3.1 Transparent Editorial Board:
All SDI journals have a transparent editorial board. Many times predatory journals post the name of editors without their consent. Sometimes predatory journals publish fictitious editors. All SDI journals publish complete academic affiliation of all editors. Additionally, SDI journals publish email ID, short biography and link of the institutional webpage of editors for complete transparency. All communications with the editors are also permanently digitally preserved by SDI. Along with the published paper, identity and comments of the academic editor are also published. Therefore, very politely we want to say that we may not have the strongest editors of the world, but we have a highly transparent and active editorial board to maintain the quality of the journal.

3.2 World famous Nature journal article confirmed the high standard of SDI editors and journals
Now it is necessary to provide the proof of the high standard of editors of SDI journals. We hereby provide the proof from an article of world-famous NATURE journal article. One of our journals was also targeted by the authors of this NATURE article as part of the sting operation.  We are happy to inform that Nature (Impact Factor: 41.6) article confirmed high standard of SDI journal and its editors.  Please, read the investigative report here (http://bit.ly/Nature-report-111).

Problem 4: Predatory publishers claim false indexing status, show false impact factor, highlight Thomson Reuters Researcher ID as proof of indexing in ISI, etc.
Following Proactive Steps were taken by Sciencedomain International to solve this problem.

4.1 Transparent Indexing information: A dedicated indexing team of Sciencedomain International is working to include all of our journals in reputed indexing services or journal evaluation services or catalogue or reference citations, etc. Sciencedomain International also advises that authors should cross-check the authenticity of claims of indexing before submitting their manuscripts to any publisher (including SDI). SDI strongly encourages authors to take 'informed decision' before submission of any manuscript. In order to help the authors to take 'informed decision', SDI is providing web-links/proofs beside most of the claims of indexing or journal evaluation services. In addition, authors should visit the official site of the indexing organization or journal evaluation services before submitting any manuscript. We have never applied to have a false impact factor (like global impact factor, etc) for our journals and we never display false impact factor of journals to cheat the authors. We never advertised Thomson Reuters Research ID (https://clarivate.com/products/researcherid/) as proof of our ISI indexing. We hope the scholarly community will appreciate our efforts to maintain integrity and transparency. Please see our steps here: http://bit.ly/indexing-sdi1

Problem 5: Predatory publishers don’t provide clear information regarding publication charges. They never provide information related to publication charge before or just after submission. They start demanding money after the publication.
Following Proactive Steps were taken by Sciencedomain International to solve this problem.

5.1 Transparent Publication Charge: At Sciencedomain International, we clearly and publicly provide all information regarding publication charge (http://bit.ly/publication-charge-sdi). Publication charge related all clear information is prior provided to all authors.

Problem 6: Predatory publishers don’t provide clear information regarding the place of Head-Quarters of the publisher and actual place of operation. They also don’t reveal the name of the publisher.
Following Proactive Steps were taken by Sciencedomain International to solve this problem.

6.1 Publicly available Headquarters address: Sciencedomain International clearly displays information regarding registered address and Head-Quarters in the contact page. Sciencedomain International also provides the name of the publisher and contact details. Please see here: http://bit.ly/contact-sdi


Problem 7: Predatory publishers don’t provide attention to the satisfaction of authors. Actually, they harass the authors in different stages of publication. They are also not transparent regarding customer satisfaction.
Following Proactive Steps were taken by Sciencedomain International to solve this problem.

7.1 Direct posting of author feedback: At Sciencedomain International, we believe that quality peer review should attract appreciation from all authors, irrespective of the nature of the review decision (i.e. Acceptance or Rejection). Testimonials of the authors are presented publicly on our website. From 06-04-2016, Sciencedomain has provided direct comment posting feature in the website. Authors, who want to share their experience directly, can use this feature. We welcome any kind of feedback (positive or negative). Apart from this direct experience sharing facility, authors can also share their experience via email, which will be posted by our IT staffs. We are proud to say that we take the satisfaction of authors very seriously. This may be the reason of our lowest possible “Credit Card Charge reversal and Dispute” cases against us (in some calendar year we have zero such cases). Please see here: http://bit.ly/author-speaks1


Problem 8: Predatory publishers don’t provide attention to the satisfaction of reviewers and never maintain transparency (if they do peer review)
Following Proactive Steps were taken by Sciencedomain International to solve this problem.

8.1 Transparent information and recognition of reviewers: We follow the best possible industry standard for reviewer satisfaction. In all published papers, we publish the name of the reviewers and also publicly publish the review reports along with published papers. We also publicly publish the list of reviewers yearly once. Famous Publons (a part of Thomson Reuters Clarivate Analytics), also confirmed the high standard and transparency of peer review system of SDI journals. There are more than 40,000 academic journals worldwide. As per Publons website, 6 journals from ‘Sciencedomain International’ was placed among top 1000 journals and  38 journals from ‘Sciencedomain International’ was placed among top 3000 journals like Nature, Science, PlosOne, BMJ, etc. Please see here: http://bit.ly/publon-rank (website accessed on 09-07-2018).
Problem 9: Predatory publishers are less attentive regarding plagiarism checking, formatting, etc
Following Proactive Steps were taken by Sciencedomain International to solve this problem.

9.1 Established Plagiarism Policy: SCIENCEDOMAIN international strongly opposes the practice of duplicate publication or any type of plagiarism. SCIENCEDOMAIN international aims to publish original high-quality research work. Plagiarized manuscripts would not be considered for publication. If plagiarism is found in any published paper after an internal investigation and subsequently the paper will be retracted. Plagiarism policy of this journal is mainly inspired by the plagiarism policy of The Nature. Please see here for more information: http://bit.ly/plagiarism-policy-sdi

Problem 10: Predatory publishers falsely claim attachment with famous academic institutions like the publication of research papers from reputed universities, etc
Following Proactive Steps were taken by Sciencedomain International to solve this problem.

10.1 High Profile authors: High standard of SDI journals has attracted authors from world famous universities like  Harvard University,  Columbia University,  Cambridge University, University of Chicago,  UC Berkeley,  Göttingen University, etc. We are thankful to authors for keeping faith in our transparent high standard peer review process, high editorial standard, etc. Sciencedomain publishes a list of authors, who have published at least one paper in any SDI journal. A hyperlink of the published paper has been provided with the name of the author(s) for verification. This list is partial. Please see here: http://bit.ly/author-profiles

Problem 11: Predatory publishers don’t provide attention for permanent digital archiving of published papers
Following Proactive Steps were taken by Sciencedomain International to solve this problem.

11.1 Permanent digital preservation policy: Sciencedomain International is happy to announce that all our journals are now permanently archived in Journal Repository (JR). Journal Repository (JR) is among the fastest growing community-supported digital archives in the world. Please see here: http://bit.ly/digital-preservation-sdi

Problem 12: Predatory publishers don’t provide attention to follow “Principles of Transparency and Best Practice in Scholarly Publishing”, introduced by OASPA, COPE, DOAJ and WAME
Following Proactive Steps were taken by Sciencedomain International to solve this problem.

12.1 Self-compliance report publication: Excellent guidelines regarding ‘Principles of Transparency and Best Practice in Scholarly Publishing’ have been established by the Committee on Publication Ethics, the Directory of Open Access Journals, the Open Access Scholarly Publishers Association and the World Association of Medical Editors. We sincerely thank OASPA-DOAJ-COPE-WAME for this great effort. Sciencedomain International feels that we must follow these guidelines and should publicly publish a ‘self-compliance report’ for public and scholarly scrutiny. We’ll heartily welcome any valuable feedback to improve our journal. A comment section is available below the self-compliance report card. We’ll be happy to receive ‘peer-review report’ regarding our journal. Please see here for more details: http://bit.ly/compliance-report-oaspa

Please see full information

Saturday, 21 July 2018

Sciencedomain International fights against predatory publishers

Many open-access publishers publish low-quality research papers. They only want to make easy money, so they publish whatever articles they receive without peer review. Some publishers publish articles in their journals within one or two days after submission, if they receive the publication charge. Jeffrey Beall, the Denver-based former librarian, first coined the term “predatory publishing” in 2011, to identify such ‘pay to publish’ journals, who publish anything without peer review. But at the later stage, his intention and methodology to identify predatory journals were questioned. Many academicians proved that Beall's evaluation was biased and highly erroneous. Please see the related discussion here: https://en.wikipedia.org/wiki/Jeffrey_Beall. But nobody can deny the contribution of Mr. Beall to identify the black side of open access scholarly publication.

‘Sciencedomain International’ fights against predatory publication practices for many years. ‘Sciencedomain International’ is also a victim of predatory publication model and many times ‘Sciencedomain International’ was labelled with “predatory” stamp, as ‘Sciencedomain International’ also follow open access publication model. Confusion and mixing the name of ‘Sciencedomain International’ with low-quality predatory publishers harmed the brand image and business of ‘Sciencedomain International’ in many ways.
Some distinguished operating principles of ‘Sciencedomain International’ are discussed below. These below mentioned points clearly prove the difference of ‘Sciencedomain International’ with predatory publishers.

1. OPEN Peer review:
Sciencedomain International’ International journals follow a transparent and robust OPEN peer review model. All peer review reports, comments of the editors and different versions of the manuscripts are also made publicly posted along with the published paper. This process eradicates any possibility of malicious interference by the publisher to publish papers only for money, by compromising academic quality. The main complaint against predatory publishers is that anybody can publish anything by paying hefty money. And predatory publishers compromise the peer review process or don't do peer review to publish any paper. As ‘Sciencedomain International’ journals follow transparent OPEN peer review model, so the main criteria of predatory publishing can not be applied against ‘Sciencedomain International’. Very politely we want to tell that our peer review system is not perfect. But we strongly want to say that we don't follow the predatory publication model.
Some examples:

1.1 World famous Science Journal article authenticated high peer review standard of SDI journal
Now it is obvious that all publisher will tell good about itself. But to establish the claim of a publisher, it must be authenticated by some third-party neutral agency. Please see that our claim of the high standard of peer review is authenticated by the world-famous Science journal article.  Please see the investigative report here (http://bit.ly/science-report-111). It was reported that out of total 304 journals, only 20 journals rejected the fake article after substantial peer review. We are happy that our journal was among these few successful journals along with industry leaders like PLoS One, Hindawi, etc.

2. POST-publication peer review:
The pre-publication Peer review evaluation system is not perfect and many academicians proved loop-holes of the peer review system. We also never claimed that the peer review system is perfect. But we have tried to make it as transparent as possible. But still, we know that there will be errors. So we introduced also POST-publication peer review system.  SDI journal Web sites provide the ability for users to comment on articles to facilitate community evaluation and discourse around published articles. The comment section is mainly dedicated to promote "Post-publication peer review". Please see here: http://bit.ly/post-peer-review.  As a result of this "Post-publication peer review", if authors agree and or journal Editors agree (and or SDI agrees) that any correction is necessary, then it will be published FREE of cost by following SDI Correction and retraction policy (http://bit.ly/retraction-policy).

3. Transparent Editorial Board:
All SDI journals have a transparent editorial board. Many times predatory journals post the name of editors without their consent. Sometimes predatory journals publish fictitious editors. All SDI journals publish complete academic affiliation of all editors. Additionally, SDI journals publish email ID, short biography and link of the institutional webpage of editors for complete transparency. All communications with the editors are also permanently digitally preserved. Along with the published paper, identity and comments of the academic editor are also published. Therefore, very politely we want to say that we may not have the strongest editors of the world. But we have a highly transparent and active editorial board to maintain the quality of the journal.

3.1 World famous Nature journal article confirmed the high standard of SDI editors and journals
Now it is necessary to provide the proof of the high standard of editors of SDI journals. We hereby provide the proof from an article of world-famous NATURE journal article. One of our journals was also targeted by the authors of this NATURE article as part of the sting operation.  We are happy to inform that Nature (Impact Factor: 41.6) article confirmed high standard of SDI journal and its editors.  Please, read the investigative report here (http://bit.ly/Nature-report-111).

4. Moderate Acceptance rate:
SDI journals have average 51-63%. Even some authors praised openly about our peer review system, though their paper was rejected. Please see here some proof: http://bit.ly/author-speaks1

5. Publons ranks 6 SDI journals among top 1000 journals of the world
Famous Publons (a part of Thomson Reuters Clarivate Analytics), also confirmed the high standard and transparency of peer review system of SDI journals. There are more than 40,000 academic journals worldwide. As per Publons website, 6 journals from ‘Sciencedomain International’ International was placed among top 1000 journals like Nature, Science, PlosOne, BMJ, etc. Please see here: http://bit.ly/publon-rank  (website accessed on 09-07-2018).

6. High profile authors
High standard of SDI journals has attracted authors from world famous universities like  Harvard University,  Columbia University,  Cambridge University, University of Chicago,  UC Berkeley,  Göttingen University, etc. Please see here: http://bit.ly/author-profiles

From the above discussion, it is imperative to say that ‘Sciencedomain International’ does not follow predatory publication practices.

Peer Review History: Effects of Continuous Deep-fat cooking on the chemical science Properties of varied Brands of Edible change of state Oils sold in larger Metropolitan Kampala

Aims: to analyze the consequences of continuous deep fat cooking of white (Irish) potatoes on the physical and chemical attributes of 10 br...