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This courage-building devotional collection--created for your adventurous boys--offers a powerful blend of devotional readings and prayers alongside easy-to-understand scripture selections.

In Arthur, Illinois, Serenity Miller is living a life full of purpose and contentment until the day she realizes her strong attraction to her neighbor, Stephen Lantz.

Got 3 minutes to spare? You'll find the spiritual pick-me-up you desire in Too Blessed to Be Stressed: 3-Minute Devotions for Women.

These 180 empowering devotions and prayers will remind you that you're never alone and always loved. With God by your side, you can do hard things!

If you've ever desired a stronger, more powerful prayer life, this devotional journal is for you!

Try to determine the five-letter mystery Bible word in each puzzle based on 3-5 previous guesses provided. Bible trivia clues and references might help!

The book "Mitochondrial ATP Synthase in Toxoplasma" is delves into the structural and functional aspects of the highly diverged mitochondrial F-type ATP synthase complex in Toxoplasma gondii. The book is a comprehensive analysis of the subunit composition, evolution, and structure of this complex, which is essential for energy production in the parasite. The author provides insights into the unique features of the mitochondrial F-type ATP synthase complex in Toxoplasma, which distinguishes it from other ATP synthase complexes. The book also discusses the evolutionary history of the complex, highlighting its divergence from other ATP synthases and its potential as a drug target. The author's meticulous study and analysis provide a valuable contribution to the understanding of mitochondrial ATP synthases and their roles in energy metabolism. The book is written in a lucid and engaging style, making it accessible to students and researchers in the field of biochemistry and molecular biology. Overall, "Mitochondrial ATP Synthase in Toxoplasma" is a must-read for anyone interested in the structural and functional aspects of mitochondrial ATP synthases and their role in the survival and pathogenicity of Toxoplasma gondii.

This is a comprehensive book on the development and applications of solid acid catalysts for the conversion of lignocellulose-derived molecules to value-added products. The book authored is, a renowned researcher in the field of catalysis. The book covers a wide range of topics related to the development and characterization of solid acid catalysts, their mechanisms of action, and their applications in the conversion of lignocellulose to various products such as biofuels, chemicals, and materials. The book also includes discussions on the challenges and opportunities in this field, as well as future directions for further study. Author has written this book based on her extensive research experience in the development of solid acid catalysts and their applications in lignocellulose conversion. Author research has contributed significantly to the development of sustainable and environmentally friendly technologies for the conversion of lignocellulose to value-added products. Overall, Solid Acid Catalysts for Lignocellulose Conversion is an essential resource for researchers and students in the field of catalysis, renewable energy, and sustainable development. The book provides a comprehensive overview of the state-of-the-art in solid acid catalysis and its applications, and will serve as a valuable reference for anyone interested in this field.

The book "Coal Industry Aerosol Investigation Source Apportionment" provides a comprehensive investigation of atmospheric aerosols around coal-based industries, focusing on source apportionment, distribution, correlation, and risk assessment. The book presents a detailed analysis of particulate matter (PM) and other aerosols emitted from coal-fired power plants, combustion processes, and other industrial sources, and their impact on air quality, environmental pollution, and human health. The author emphasizes the importance of monitoring and controlling industrial emissions to prevent air pollution and reduce the associated health risks. The book discusses the latest advances in atmospheric science, aerosol chemistry, and atmospheric physics that help to understand the sources and distribution of aerosols around coal industries and their environmental impact. The book also presents various pollution control and emission reduction strategies, including industrial hygiene, emission control, and pollution prevention techniques that can be used to mitigate the environmental impact of coal use and combustion. Overall, this book is a valuable resource for researchers, policymakers, and industry professionals who are interested in understanding the impact of coal industries on the environment and human health and developing effective strategies for reducing industrial emissions and improving air quality. It provides a comprehensive overview of the latest research on atmospheric aerosols and their impact on the environment and human health, making it a valuable reference for anyone working in the field of industrial ecology, environmental monitoring, or air pollution control.

Osteoarthritis (OA) is a chronic degenerative musculoskeletal disorder ofelderly population characterized by joint pain, stiffness and deformity due todegeneration of articular cartilage. An imbalance of jointfunctioning initiates the disease process which is then worsened throughbiochemical changes in the collagen of the joint . At theend stage of the disease, a failure of the cellular response occurs with a fullthickness loss of articular cartilage, thickening of subchondral bone, appearanceof large osteophytes and tibio- femoral mal-alignment OA accounts for half of all chronic conditions andaffects middle aged and older people all around the world.The prevalence of OA increasesindefinitely with age . Global statistics reveal that nearly against chronic diseases states that India is expected to be the chronic diseasecapital, with 60 million people with arthritis, by 2025. A study confined to ruralIndia reported the prevalence of OA to be 5.78% . OA leadsto reduced daily activities and quality of life (QoL) of individuals due totroubled mobility and disability caused by joint pain and stiffness . The rapid increase in the prevalence of this already common diseasesuggests that OA will have a growing impact on health care system in the nearfuture .OA is a persistent debilitating disease of mobile joints which most ofteninvolves the weight-bearing synovial joints. It is the most frequent reason forjoint replacement. Among various forms of arthritis, OA is the most quotidian,particularly knee OA (KOA) followed by hip OA . Wrist,foot, spine are the other common sites. 151 million people worldwide suffer from OA . 80% of people experience limitation of movementand 25% cannot perform major daily activities.A report on the global burden of the disease published by World HealthOrganization (WHO) demonstrated that OA is likely to become the fourthleading cause of disability in women and the eighth in men. Epidemiological profile of OA in India is not clear but it is estimated to be thesecond most common rheumatologic problem. According to several studies, OAis found to be the most frequent joint disease with prevalence in the range of17% to 60.6% in India .

The book "Cold crack prediction in GMAW" is a valuable resource for welding engineers, researchers, and students working in the field of gas metal arc welding (GMAW) and high strength low alloy (HSLA) steels. The book provides a comprehensive overview of the factors influencing the occurrence of cold cracks in HSLA 950A steel during GMAW, and presents a predictive model for cold crack formation.The book discusses the mechanism of cold cracking and the factors that affect its occurrence in GMAW of HSLA 950A steel, including the welding parameters, material properties, and microstructure. The author presents a detailed analysis of the effects of welding parameters such as welding current, voltage, and travel speed, and material properties such as yield strength and toughness, on cold crack formation.The book also describes the development of a predictive model for cold crack formation in GMAW of HSLA 950A steel, based on a combination of statistical analysis and artificial neural network (ANN) modeling. The model takes into account the effects of welding parameters, material properties, and microstructure on cold crack formation, and can be used to optimize welding parameters to minimize the risk of cold cracking.Overall, "Cold crack prediction in GMAW" is an essential reference for welding engineers and researchers interested in the prediction and optimization of cold crack formation in GMAW of HSLA 950A steel. The author's expertise and extensive research experience in the field are evident in the clarity and depth of the content presented in the book.

Want to increase your faith? . . . This beautiful devotional offers just the encouragement, inspiration, and biblical truth you need.

God creates every child with great purpose. . .and this devotional encourages boys, ages 8 to 12, to fully embrace who the heavenly Father created them to be!

Here is relatable, real-life wisdom and inspiration for your own quiet time with God, through inspiring scriptures, brief devotions, and thought-provoking prayer starters.

The major goal of the investigation discuss in this book is to develop and create a machine, system, or instrument that is both cost effective and capable of predicting the usable remaining life of a specific engine oil while also having the following characteristics: It should be able to measure changes in oil quality in terms of changes in parameters viz., conductivity (impedance, permittivity, and dielectric constant), transmittance and color which are an indirect method(s) to quantify change in viscosity with the required level of accuracy.

The book "Cloud Balancer: Reliable Dynamic Resource Allocation" is a comprehensive guide to the design and implementation of load balancing and fault tolerance mechanisms in cloud data centers. The author, Gami V, is a seasoned cloud computing professional with over a decade of experience in designing and managing large-scale cloud infrastructures.In this book, author provides a detailed overview of the various load balancing techniques used in cloud environments and explains the pros and cons of each approach, also covers the key factors to consider when implementing fault tolerance mechanisms to ensure high availability and reliability of cloud services.The book starts with an introduction to cloud computing and the challenges involved in designing scalable and reliable cloud infrastructures. It then discusses the basics of load balancing, including various algorithms and approaches used to distribute workloads across multiple servers.The book also covers fault tolerance mechanisms such as replication, redundancy, and failover, which are critical for ensuring uninterrupted availability of cloud services. Author provides practical guidance on how to design and implement fault tolerance mechanisms in cloud data centers.Overall, "Cloud Balancer: Reliable Dynamic Resource Allocation" is an essential resource for cloud computing professionals, system architects, and anyone involved in designing and managing cloud infrastructures. It provides a thorough understanding of load balancing and fault tolerance mechanisms and offers practical tips and best practices for ensuring reliable and scalable cloud services.

Book Awards: NYC Big Book Award 2024 - How-to CIPA EVVY(TM) Book Awards - Gold Medal - How To/DIYCIPA EVVY(TM) Book Awards - Silver Medal - Cookbooks/Entertaining Dan Poynter's Global eBook Awards - Gold Medal - CookbooksDan Poynter's Global eBook Awards - Gold Medal - ReferenceDan Poynter's Global Book Awards - Finalist - Healthy EatingIndependent Publishers Book Awards - (IPPY) - Bronze MedalAnnual National Indie Excellence Awards - Gold Medal - CookbooksAnnual National Indie Excellence Awards - Gold Medal - ReferenceAnnual National Indie Excellence Awards - Silver Medal - How toGrocery Shopping Secrets teaches you to shop like an expert. It is your answer to rising food prices without sacrificing quality. It has never been more important to be a savvy shopper - for quality - for quantity - for your budget. Finally, a resource to help you navigate the supermarket like a pro!Grocery Shopping Secrets is: Stuffed with grocery-insider wisdom on how to select the freshest perishable products.Flavored with advice on proper storage of perishable foods, extending food freshness.Sprinkled with directions on freezing everything from fruit to milk to shellfish.Spiced with techniques and tricks Carol Ann has learned from years in the kitchen.Garnished with strategies to reduce your food budget.A must-have for the novice cook and an indispensable guide for more seasoned chefs.Award-winning cookbook author, Carol Ann Kates, a former grocer and deli operator, helps to simplify grocery shopping and maximize cooking outcomes while minimizing money spent through her "grocery-insider" expertise.

Wireless Sensor Networks (WSNs) are new category of wireless networks that aregaining importance in large number in civilian and military applications. WSN is adistributed and autonomous sensor device used for monitoring physical or environmentalconditions. Sensor nodes are part of WSNs and are tiny in size. They are connected and communicate with each other to exchangedata and information. These nodes are capable of sensing temperature, humidity,pollution level in environment, atmospheric pressure and transfer these informationto a base station (BS) which is also termed as sink. Some of the applications includeweather monitoring, movement of vehicles in highways, movement of wild animals inforest, battlefield surveillance and industrial applications. Nodes in the networkcommunicate among themselves through wireless medium and the same medium isused to transfer data from sensor nodes to sink. Sensors are equipped with batteryas source of energy which gets drained quickly and in many situations they are notreplaceable. Therefore, there is a need to design protocols for different layers whichare energy aware. The objective of this chapter is to highlight the techniques, issues,challenges and applications of WSN.

The activity book incorporates word searches, coloring, drawing, connecting the dots, filling in the blanks, matching, word scrambles and more. It provides opportunities to read words and instructions in both English and Indonesian.

"Variability of Coastal Current" is a comprehensive book written by D Soum, which provides an in-depth analysis of the coastal current and its variability. The book covers various aspects of oceanography, including the continental slope and shelf, thermocline, and water masses. The author examines the influence of monsoon winds on the coastal currents, eddies, upwelling, and water properties such as temperature and salinity. The book explores the dynamics of the coastal current and its circulation within the Arabian Sea, Bay of Bengal, and the Indian Ocean. The author describes the physical processes, mesoscale and submesoscale features, and the impact of coastal upwelling, cyclonic, and anticyclonic eddies on the current. The book also discusses the use of remote sensing and satellite observations in studying the variability of the current and the seasonal changes. The author highlights the importance of understanding the variability of the Bay of Bengal coastal current in the coastal zone and its impact on sea level, winds, currents, and tides. The book also draws comparisons with other eastern boundary currents such as the Benguela Current, Brazil Current, California Current, Canary Current, Somali Current, Leeuwin Current, and Agulhas Current. Overall, "Variability of Coastal Current" provides a comprehensive overview of the variability of the Bay of Bengal coastal current and its significance in oceanography. The book is an excellent resource for researchers, students, and professionals interested in coastal oceanography and the dynamics of eastern boundary currents.

Endometrial dysfunction refers to the disruption of normal endometrial physiology, leading to infertility, abnormal uterine bleeding, and other gynecological disorders. The molecular and signaling mechanisms that contribute to endometrial dysfunction are complex and multifactorial, involving a range of cellular and molecular pathways. As such, investigating these mechanisms requires a deep understanding of the molecular biology of the endometrium and the cellular processes that regulate its function.One key area of investigation in endometrial dysfunction is the role of hormones and their receptors in the regulation of endometrial physiology. The endometrium is sensitive to the effects of ovarian hormones such as estrogen and progesterone, which play critical roles in regulating the menstrual cycle and preparing the endometrium for implantation of a fertilized egg. Dysregulation of hormonal signaling pathways can lead to disruptions in endometrial function, contributing to infertility and other gynecological disorders.Another important area of investigation is the role of inflammatory and immune signaling pathways in the pathogenesis of endometrial dysfunction. Inflammatory cytokines and chemokines play a critical role in modulating endometrial function and regulating the immune response to implantation. Dysregulation of these pathways can lead to a range of gynecological disorders, including endometriosis, adenomyosis, and recurrent pregnancy loss.Molecular investigations into endometrial dysfunction have also focused on the role of epigenetic mechanisms in regulating gene expression and modulating cellular function. Epigenetic modifications such as DNA methylation and histone modifications can play critical roles in regulating endometrial function and influencing the pathogenesis of gynecological disorders. Studies have shown that alterations in DNA methylation patterns and histone modifications can lead to dysregulation of key genes involved in endometrial function, contributing to infertility and other reproductive disorders.Advances in molecular biology techniques have enabled researchers to investigate these pathways in greater detail, uncovering new insights into the molecular mechanisms underlying endometrial dysfunction. Techniques such as gene expression profiling, genome-wide association studies, and next-generation sequencing have enabled researchers to identify novel genes and pathways involved in the regulation of endometrial function and to identify potential targets for therapeutic intervention.In conclusion, molecular investigation of endometrial dysfunction is a rapidly evolving field that has the potential to provide new insights into the pathogenesis of gynecological disorders and to identify new therapeutic targets for their treatment. By gaining a better understanding of the molecular mechanisms underlying endometrial dysfunction, researchers can develop more targeted and effective treatments for infertility, abnormal uterine bleeding, and other gynecological disorders, ultimately improving the health and wellbeing of women worldwide.

La réalité du Bonheur Tous les hommes rêvent de bonheur et aspirent à pouvoir un jour y goûter. Tout le monde cherche le bonheur, mais peu y parviennent. Malgré leurs différences, la diversité des chemins empruntés, des buts recherchés, des langues parlées, de leurs races et de leurs m¿urs, de leurs désirs et de leurs ambitions, les hommes s'accordent sur une chose : la recherche désespérée du bonheur. Tout le monde aspire à une existence heureuse et paisible, loin des douleurs et des souffrances de la vie, loin de la tristesse et des angoisses du quotidien. Or, le bonheur est une faveur du Seigneur Tout Miséricordieux qu'Il accorde à qui Il veut parmi Ses serviteurs. Certains se réjouissent donc du bonheur, tandis que d'autres en sont privés et se contentent d'en rêver. Et seul celui qu'Allah assiste est guidé vers le bonheur et emprunte les chemins qui mèneront au bonheur, tout en se détournant des chemins qui s'en écartent et le conduisent au malheur. Dans ce livre, l'auteur explique comment les hommes travaillent dur pour obtenir le bonheur et s'efforcent de le conquérir. En réalité, le bonheur n'est obtenu que par la piété et la crainte d'Allah ¿, et par l'obéissance au Seigneur et au Messager d'Allah (S.A.W), juste car on l'obtient en fuyant le péché et les mauvaises actions.

A metabolic abnormality known as diabetes mellitus (DM) is characterisedby elevated blood glucose levels and brought on by flaws in metabolism ofcarbohydrates, fats, and proteins. DM is a chronic condition that can affect people ofpractically any age. The most prevalent disease in the world is diabetes, which isbrought on by insulin's decreased sensitivity and pancreatic cell malfunction.In 1980, the World Health Organization (WHO) estimated that 108 millionpeople worldwide had diabetes. By 2014, that number had risen by 422 million.Around 1.5 million people died worldwide in 2012 as a result of diabetes. According toIDF, the number of people with diabetes is expected to reach over 629 million globallyby 2045.Diabetes was reported to have doubled in incidence over the course of threedecades from 4.7% in 1980 to 8.5% in 2010. Chronic long-term diabetes mellitus maycause microvascular and macrovascular complications that affect the kidney, eyes, andnerves and cause substantial morbidity and mortality.Due to the various secondary complications of diabetes mellitus brought onby persistent hyperglycaemia, it is imperative to keep blood glucose levels within thenormal range.Numerous methods can be employed to control and keep bloodglucose levels within the normal range, depending on the type of diabetes. Thetreatment for NIDDM concentrates on increasing insulin sensitivity, whereas thetreatment for IDDM concentrates on increasing insulin levels or imitating the effects ofinsulin. There are many techniques to control blood sugar levels, including reducingthe digestion and absorption of carbohydrates, increasing the uptake of glucose,inhibiting the metabolism of carbohydrates, and reducing gluconeogenesis.

The fundamental mode of communication among humans is speech and in the case of machine-human interface; verbal language has been believed as the natural method. When communication with machines is carried out, it is very difficult and slow-moving in magnitude when realized via keyboards, mouses and other devices. Thus, speech feed-in is an important constituent to making this communication easily accessible. Also, humans see speech as a great source of information. Therefore, persons who are not literate or have vague about computers can easily access computers by employing speech instructions. Even people with some physical disability who are not able to type or click with their hands can use their speech to operate the computer. Even people who are proficient in operating computers can speed up data entry, sending emails and other documents using the speech input methods. Furthermore, this mode of operation possesses many advantages. For example, while driving, the hands of the driver are busy steering the driving wheel and he cannot type on his mobile. In such a case speech is a good input option. GPS (Global Positioning System) is an example of a speech-based system being used. Another example is speech-enabled dialing, where the user can just ask the device to call a particular person, without dialing his number.The common and efficient means of communication among humans is through 'speech'. To process speech means to extract useful information from it, processing includes the implementation of electric signals on the acoustic pressure waves collected from human vocalization and applying mathematical analysis to it. The field of processing speech involves the natural operation of analysing speech, coding, augmentation, synthesis, and recognition. Analysis of speech is the study of its creation mechanism to make a mathematical model of physical phenomena. Speech coding aims to keep information about specific speech parameters for later retrieval. The method of refining precision and quality of speech which is noisy utilises various algorithms is recognized as speech enhancement [2]. Producing artificial human speech using coded information is known as the synthesis of speech. The method of inverse synthesis is the capability of a program or machine to classify the linguistic contents mixed up in the speech signal.

TB Drug Repurposing with Network Pharmacology, is an authoritative guide that explores the use of network pharmacology and pharmacogenomics for the repurposing of drugs for the treatment of tuberculosis. This book provides an overview of the current state of drug discovery and development for tuberculosis, and highlights the need for new approaches to combat the rising prevalence of multidrug-resistant TB (MDR-TB) and extensively drug-resistant TB (XDR-TB). The book covers various aspects of drug discovery and development for TB, including drug targets, efficacy, safety, toxicity, side effects, and drug interactions. It also discusses the use of drug combinations and synergies to enhance drug efficacy and overcome drug resistance. The book explores the potential of network pharmacology to identify new drug targets and optimize drug combinations for TB treatment. In addition, the book delves into the mechanisms of drug action and resistance, and the importance of host-pathogen interactions in disease pathogenesis. It provides an overview of drug development pipeline, preclinical studies, and clinical trials for TB drug development. Overall, TB Drug Repurposing with Network Pharmacology is an essential resource for researchers, clinicians, and policymakers involved in the fight against tuberculosis. It provides valuable insights into the current challenges and opportunities in TB drug discovery and development, and offers a roadmap for the development of more effective and affordable TB treatments.

"Coconut Wet Processing for Value Added Products" is a comprehensive guide written that explores the potential of the versatile coconut plant (Cocos nucifera L) and its various by-products. The book delves into the wet processing techniques of different coconut products, including copra, virgin coconut oil (VCO), coconut water, coconut milk, coconut cream, coconut flour, desiccated coconut, and more. Readers will gain insight into how coconut products are processed and transformed into value-added products, such as activated carbon, coconut shell charcoal, biofertilizer, cocopeat, coir fiber, coir dust, coconut sugar, nata de coco, coconut jam, coconut jelly, coconut candy, coconut vinegar, coconut wine, toddy, neera, arrack, coconut syrup, coconut toddy vinegar, coconut protein, coconut amino acids, coconut oil cake, and coconut oil mill effluent (COME). Moreover, the book also covers the practical applications of coconut by-products, including the production of coconut oil soap, laundry soap, transparent soap, toilet soap, herbal soap, coconut oil-based emulsion, cosmetic, coconut oil biodiesel, coconut shell powder, handicrafts, and rural development. The book serves as a useful guide for those involved in the coconut industry, researchers, entrepreneurs, and anyone interested in exploring the full potential of this remarkable plant. With its comprehensive coverage, "Coconut Wet Processing for Value Added Products" is an excellent resource for anyone seeking to understand the importance and versatility of coconut and its various products.

Dried biomass of microbes, better known as SCP can be served as alternativeprotein to human beings and can also be supplied to animals. In addition to approximately 60- 82% protein content, SCP biomass also comprise of vitamins, fats, minerals and carbohydrate. Most microbes and algae have about 1/3 of their biomass as protein. These microbes can be easily cultivated on a large scale to harvest protein. Single-cell proteins can be simply defined as proteins found in microbes that are used for protein supplementation. Multicellular molds and algae are also used to harvest protein. The most popular use of SCP yeast was during World War II, when food shortages plagued Germany. The emphasis on the Post World War on the continuation of SCP production has been encouraged to combat the problems of hunger and malnutrition . Microbes have since been widely used to supplement food.The benefits of single cell protein include less water, less land use, lessbiological threats and more environment friendly. One maJor benefit with this biomass is that amino acids particularly lysine and methionine are in abundance. Additionally, economical wastes can be utilized as substrate by microorganisms to produce protein and amino acid rich biomass. Besides fruit, vegetable and molasses wastes, petroleum by- product, ethanol, methanol, natural gas and lignocelluloses have been used as common substrates .Significant advances in SCP methods worldwide had a profound effect on the development of modern biotechnology. With the help of various fields including microbiology, biochemistry, genetics, chemical and process engineering, food technology, ecology, agriculture, medicine, animal nutrition, toxicology, veterinary technology and economics there have been huge benefits in research and SCP production process. For treatment of wastewater, alcohol manufacture, food science and enzyme technology SCP can act as innovative solution.

One of the major reasons for decline in agriculture is the large-scale nutrient depletion through crop harvest and low level of replenishments through inadequate nutrient use causing negative nutrient balance in the system. Deterioration in the physical and biological properties of soil is further with holding crop yield. At present, Indian agriculture is facing with a major problem of declining factor productivity. It needed immediate remedial measures to ensure food security at present and in the coming years for the long time. To achieve the goal of improving agricultural growth rate, we have to stream line the practices of nutrient management, which require intensive forms of soil and crop which will increase the efficiency of production inputs and protect the environment as well as soil health. Moreover, during the past several decades' agriculture development mainly focused on short term gains in productivity and profitability which has caused several damage to soil fertility, health and environment. These changes motivated tochange in farming practices.Organic farming seems to be a viable alternative because it enable the soil,strengthen the natural resource base and sustains the biological production at differentlevels. However, it requires large-scale organic manures and bio fertilizers. Acute shortage of conventional bulky organic manures like compost, FYM, dung, oil cakes etc. also necessitates the exploitation of other organic sources.Weeds are plant which are unwanted to crop and other livings, they are found in abundant quantity in crop fields, non-cropped areas, as well as in water bodies. These weeds are rich in organic matter and contain handsome quantity of plant nutrients. Though, the much attention has not been paid in order to harness the potential of these weeds and wastes generation from agriculture farm as a source of organic manure. Obnoxious weed viz. Ipomea, Waterhyacinth, Parthenium etc. are growing and spreading at alarming rate under non cropped and aquatic ecology. They are nuisance at their growing place and have not any economic importance in our livelihood.

Welcome to Indian Creek, Texas, where you'll meet some amazing characters. Kelly McWinter, a retired cop who suffered a personal tragedy that caused him to quit the force. Kelly's dog, Jake, a German Shepherd who has fought some battles of his own, and Cameron G. Belscher III, owner of the Hideaway Bar and Barbecue and Kelly's best friend.A Clint Eastwood, John Wayne type of guy, Kelly has been coming to grips with his personal grief and is once again feeling the pull to return to law enforcement. That decision escalates when he and Jake find one of the Hideaway's favorite characters dead on the floor of the flea market. Coincidences, the emergence of a secret life, a treasure, an heiress searching for her birth mother and the ulterior motives of some of the Creek's own citizens all have Kelly scrambling to uncover the truth before his best friend ends up being convicted of a crime that Kelly is positive he didn't commit.