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Page No.
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An Assessment of water quality parameters of Brahmani river water at
Samal, Anugul, Odisha Rati Kanta Bera
Abstract:
Physico-chemical parameters of river water Brahmani, at Samal, Anugul, Odisha were determined
to reveal the aptness of water for drinking purpose or domestic applications. The physico-chemical
aspect such as Colour, Odour, temperature, pH, electrical conductivity (EC), turbidity, total
dissolved solids (TDS), dissolved oxygen (DO), total alkalinity (TA), total hardness (TH), calcium
(Ca2+
), magnesium (Mg2+
), chemical oxygen demand (COD) and chloride (Cl-
) values were
investigated. Then, the Water Quality Index (WQI) was evaluated. Analysis of various parameters
inferred that the water quality index of the river Brahmani is unfit for drinking.
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1-8
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Role of micro RNA involved in Diabetes Mellitus
Indraneel Saha
Abstract:
Micro RNAs (miRNAs), a class of endogenous small non-coding
RNAs in eukaryotes that regulate cellular transcriptome at the post-transcriptional level has been recognized. More than 2000 miRNAs
have been identified in the human genomes that have orchestrated a
variety of biological and pathological processes. Disruption of
miRNA levels correlates with many diseases, including diabetes
mellitus, a complex multi-factorial metabolic disorder affecting large
number of people worldwide. MiRNAs are involved in the
pathogenesis of diabetes mellitus by affecting pancreatic β-cell
functions, insulin resistance, or both. The altered miRNAs are
involved in the core processes associated with diabetes such as
carbohydrate and lipid metabolisms, insulin signaling pathway and
the adipocytokine signaling pathway. This dysregulated miRNAs in
different tissues during development of diabetes provides molecular
insights to diagnostic and/or therapeutic utilities in diabetes mellitus.
In this review, the investigations of the regulatory roles of important
miRNAs in pancreas has been discussed that can be used to treat
diabetes mellitus.
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9-13
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COSINE LOGARITHMIC DISTANCE OF SINGLEVALUED NEUTROSOPHIC
SETS IN MEDICAL DIAGNOSIS
A.Edward Samuel,R.Narmadhagnanam
Abstract:
In this paper, Cosine logarithmic distance
among single valued neutrosophic sets is
proposed and some of its properties are discussed
herein. Finally, an application of medical
diagnosis is presented to find out the disease
impacting the patient.
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14-19
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SENSITIVITY ANALYSIS OF LEAD RUBBER BEARING ISOLATOR FOR RC
SHEAR FRAME
BASAVARAJ N ITNAL
Abstract:
A primary goal of seismic provisions in building codes is to protect life safety
through prevention of structural collapse. To achieve this goal major factors, which
results in uncertainties of the structural responses should be recognized.
Uncertainty is generally costly in earthquake engineering because of the large
amount of the parameters that should be considered for its calculation. Endurance
time method is basically a dynamic procedure that tries to predict seismic
performance of structures by analyzing their resilience when subjected to
predesigned intensifying dynamic excitations
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20-24
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INTUITIONISTIC FUZZY RGW- CLOSED SETS
Jyoti Pandey Bajpai,S.S. Thakur
Abstract:
The aim of this paper is to introduce the new
class of intuitionistic fuzzy closed sets called
intuitionistic fuzzy rgw-closed sets in intuitionistic
fuzzy topological space. The class of all
intuitionistic fuzzy rgw-closed sets lies between
the class of all intuitionistic fuzzy swg-closed sets
and class of all intuitionistic fuzzy rwg-closed
sets. We also introduce the concepts of
intuitionistic fuzzy rgw- open sets, intuitionistic
fuzzy rgw-continuous mappings in intuitionistic
fuzzy topological spaces.
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25-41
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ANALYSIS OF FLUORIDE CONCENTRATION IN THE WATER OF BORE-WELLS
OF SATNA CITY, M.P., INDIA
Shailendra Yadav,Shafqat Alauddin
Abstract:
In drinking water concentration of fluoride should be in requisite amount, excess
amount of fluoride in drinking water causes dental fluorosis, mottling of teeth. while
less concentration of fluoride in ground water results in a high incidence of dental
caries, in children’s teeth.
Satna district is famous for dolomite mines and limestone, fluoride ions dissolved in
ground water from geological formations, so it becomes very important to analysis
the fluoride in water of bore-wells for used drinking purpose in Satna city, in this
analysis evaluation of fluoride concentration done by standard analytical
procedures and found 0.79 to 0.689 ppm at different sampling station of Satna city
during November 2017 to April 2018.
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42-46
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IMPACT OF PLANTS DERIVED FOR ANTICANCER PHYTOCHEMICALS AND ITS
IMPORTANCE: A STUDY
Priyanka
Abstract:
Phytochemicals are plant-derived secondary metabolites, which may exert many biological
activities in humans, including anticancer properties. Although recent findings appear to support
their role in cancer prevention and treatment, this issue is still controversial. Anti-cancer activity
of phytochemicals mainly depends on their multi-target mechanism of action, including
antimutagenic, antioxidant and antiproliferative activities. This narrative review aims to analyze
the current literature on phytochemicals highlighting their specific targets on carcinogenic
molecular pathways and their chemopreventive role.Phytochemicals can contribute to cancer
prevention by influencing different stages of the tumor development, from tumor initiation
through all the phases of cancer, such as cell proliferation, apoptosis, invasion and metastasis,
angiogenesis and immortality. This research article discuss on impact of plants derived for
anticancer phytochemicals and its importance.
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47-53
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SYNTHESIZE AND CHARACTERIZATION THE THE MACROCYCLIC
AND ALICYCLIC LIGANDS IN COORDINATION CHEMISTRY
Sunita, Dr. Praveen Kumar
Abstract:
In this particular work we discuss about classes of macrocycles, overall qualities, various kinds of
artificial methods, possible applications as well as the pioneering work extracted from various
opinions, hundreds and articles huge selection of research publications described by different eminent
chemists throughout the earth during past several years. The continued efforts of chemists to
proliferate this chemistry are not just because of structural novelties of the compounds but
additionally as a result of diverse applications of theirs. Therefore, the hassle embodied in this
specific analysis is going to designed the synthesis and physico chemic studies of macrocyclic and the
complexes of theirs with initial row transition metal ions Mn(II) Fe(ll) Co(II), Ni(II) and Zn(II)
through organic and template strategies showing new structural abilities. Some of the complexes will
likely be examined for antimicrobial pursuits.
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62-68
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Mechanical Characterization of Dental Materials
Dr. Kundan Kumar Singh
Abstract:
The tooth is the only mineralized organ that is located partially internal and partially
external to the human body. From materials science point of view, a tooth is a composite
material with mineralized matrix and organic reinforcements. Human teeth act as a
mechanical device during masticatory processes such as cutting,tearing and grinding of food
particles. Its mechanical properties are due to its mineral composition and structural
arrangement. A calcium phosphate apatite is the basic constituent of the enamel, typically as
hydroxyapatite forms. The enamel mineral matrix of teeth is usually named as enamel apatite
(EAP) or carbonated hydroxyapatite. The mineral phase consists primarily of calcium
phosphate in the form of large hexagonal hydroxyapatite crystals that are both carbonated and
defective. Human tooth is composed of three basic structural parts, namely enamel, dentine
and dentine-enamel junction (DEJ) which has been characterized in terms of microstructure,
phase analysis and compositional gradient. It has been observed that microindentation
hardness varies from enamel to dentine with the highest hardness observed for enamel at the
outermost surface (around 3.5GPa). Hardness values monotonically decreases with depth to
less than 1GPa, measured at the interior dentine. Such a variation depends partially upon the
mineral concentration in enamel and dentine, with a possible dependence also on local
microstructural features such as enamel rod orientation and dentinal tubule density.
Furthermore, the measured hardness variation is found to have a noticeable correlation with
the compositional variation.
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69-76
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Study of Copper Nano Particles Using Papaya Leaf
Extract
Rajkamal sahu,Mahesh Kumar
Abstract:
In recent years, the development of efficient green chemistry methods for synthesis of metal
nanoparticles has become the main focus of researchers. They have investigated in order to find outan
eco- friendly technique for production of well-characterised nanoparticles. One of the most considered
methods is production of metal nanoparticles using plant parts extracts. Nanoparticles produced by
plants are more stable and the rate of synthesis is faster than in the case of microorganisms. Moreover,
the nanoparticles are more various in shape and size in comparison with those produced by
microorganisms. The present paper deals with the synthesis of copper nanoparticles by a simple
procedure using papaya leaf extract as the reducing agent. This procedure offers control over the size
of the copper nanoparticles. The nanoparticles produced in this way were characterised by various
techniques
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77-80
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ANIMAL BIOTECHNOLOGY: ADVANCEMENT IN DEVELOPING COUNTRIES
Dr. Shashi Kanta
Abstract:
The creating scene is horribly not ready for the new innovative and financial open doors,
difficulties and dangers that lie not too far off. Despite the fact that it is trusted that
biotechnology will work on the existence of each and every individual on the planet and
permit more maintainable living, pivotal choices might be directed by business
contemplations and the financial objectives that society views as the most significant. Around
the world, domesticated animals creation is becoming quicker than some other area, and by
2020 animals is anticipated to turn into the main farming area regarding added esteem. The
utilization of biotechnology will prompt a particular change in the monetary gets back from
domesticated animals
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81-96
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ON THE ABSOLUTE
SUMMABILITY
FACTORS OF THE INFINITE SERIES
DHIRENDRA SINGH
Abstract:
Let
A a n k,
be an infinite matrix of complex numbers
a nk nk 1,2,3,........
and let
n
be a sequence of complex numbers. Let
n a
be a given infinite series with the sequence of
partial sums
sn
. By
A s n
we denote the
A - transform of the sequence
s s k
, that is
1
n nk k
k
A s a s
The series
n a
is said to be Summable
A
, if
1
1
n n
n
A s A s
And it is said to be Summable
1
k
A k
, if
1
1
[ ] ,
n n n
n
A s A s k
If we take
1
1 k
n n
1
1
, 0 k
n
resp n
,
Then
k
A
Summability is the same as
k K A resp A
Summability.
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97-106
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THE INFLUENCE OF ETHYLENE GLYCOL ON THE KINETICS OF
ATMOSPHERIC OXIDATION OF DISSOLVED SO2 CATALYSED BY
CoO IN ALKALINE MEDIUM
Upendra Kumar Tripathi
Abstract:
The purpose of present work was to study the influence of Ethylene glycol on CoO catalysed
autoxidation of S(IV) in alkaline medium has been studied for acidified atmospheric water.
Based on the observed results and inhibition parameters following rate law and free radical
mechanism has been proposed. The order of the reaction and rate constants were calculated
and the reaction was found to be pseudo first order in all case. The effect of temperature and
pH are also discussed. We report that Ethylene glycol is a good inhibitor for SO2 Oxidation in
the pH range 7.5 to 8.50..The value of apparent activation energy (Ea) was given by
Arrhenius equation (K= A .e-Ea/Rt).
-d[S(IV)] = (k1 +k2 [CoO]) [S(IV)]
dt 1+ B [E.G]
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107-123
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Normal mode analysis to a nonlocal thermoelastic medium with gravity
using Lord-Shulman theory
Sandeep Singh Sheoran
Abstract:
he main objective is to investigate interactions in a non localthermoelastic medium with
gravityunderLord-Shulman theory. The mechanical load is applied at the outer free surface
of the half-space to obtain the complete solution of the physical field distributions.By
employing the normal mode technique, the analytical expressions for the displacement
components, stresses and temperature are obtained in the physical domain. The comparisons
are made among the results obtained by taking into account the effect of gravity and the
different values of nonlocal parameter. Theoretical and numerical findings show that the
physical variables under consideration are significantly influenced by the nonlocal parameter
and gravity field. All physical fields maintain the phenomena of the finite speed of
propagation which is consistent with the generalized theory of thermoelasticity.
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124-139
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