OBJECTIVE:To evaluate the effect of Persian shallot extract on the serum markers and blood pressure of patients with metabolic syndrome(MetS).METHODS:Fifty patients with Met S diagnosis were randomly assigned to the i...OBJECTIVE:To evaluate the effect of Persian shallot extract on the serum markers and blood pressure of patients with metabolic syndrome(MetS).METHODS:Fifty patients with Met S diagnosis were randomly assigned to the intervention(Persian shallot extract)and the control(placebo)group.Both groups received treatment for three months.Before the study and at the end of the study,5 mL peripheral blood was taken from each patient.The measured factors included total antioxidant capacity(TAC),superoxide dismutase enzyme(SOD),malondialdehyde,oxidized low-density lipoprotein(Ox-LDL),apolipoprotein H(Apo-H),fasting blood glucose(FBS),total cholesterol,triglycerides,high-density lipoprotein(HDL),LDL,and systolic and diastolic blood pressure.RESULTS:At baseline,the evaluated parameters were not significantly different between the intervention and control groups.At the end of the study,the mean serum levels of malondialdehyde and ox-LDL were significantly lower in the intervention group.The mean FBS,cholesterol,triglycerides,and LDL were significantly lower in the intervention group.The mean TAC and HDL were significantly higher in the intervention group(P<0.05).Moreover,the intervention group significantly reduced systolic and diastolic blood pressure.No other significant association was observed.CONCLUSION:Persian shallot extract has several beneficial effects in Met S patients,including optimizing oxidative balance,reducing blood pressure,fasting blood sugar,and blood lipid profile.展开更多
The worsening of global warming due to burning fossil fuels and the global energy crisis have led to an urgent need for renewable and clean energy sources that have little impact on the environment.One of the most imp...The worsening of global warming due to burning fossil fuels and the global energy crisis have led to an urgent need for renewable and clean energy sources that have little impact on the environment.One of the most important and largest alternative energy sources is marine waves,which have enormous energy that can be utilized using the correct and appropriate methods.The present work aims to study the possibility of investing wave energy by extracting the wave power at the northern coasts of the Arabian Gulf using numerical models for zero crossing and spectral analysis methods(SWAN model).Numerical models were used to analyze metrological data to estimate the wave power,estimated at 0.2664 kW/m by the zero-crossing method,and 0.386 kW/m by the spectral analysis method at a depth of 19 meters.The weak wave power may be due to the shallowness of the Gulf compared to other seas,in addition to the weather conditions in the study area,which are directly affected by weather phenomena,especially wind speed.The research recommends conducting further studies on wave energy and studying the most advanced methods for extracting it because of its great economic returns for Iraq.展开更多
Based on the achievements and research advances in oil and gas exploration in the Persian Gulf Basin,this study analyzes the orderliness of oil and gas distribution and main controlling factors of hydrocarbon accumula...Based on the achievements and research advances in oil and gas exploration in the Persian Gulf Basin,this study analyzes the orderliness of oil and gas distribution and main controlling factors of hydrocarbon accumulation with reservoir-forming assemblage as the unit.In the Persian Gulf Basin,the hydrocarbon-generating centers of source rocks of different geological ages and the hydrocarbon rich zones migrate in a clockwise direction around the Ghawar Oilfield in the Central Arabian Subbasin.Horizontally,the overall distribution pattern is orderly,showing“oil in the west and gas in the east”,and“large oil and gas fields dense in the basin center and sparse at the basin edges”.Vertically,the extents of petroleum system compounding and sources mixing increase from west to east,the pattern of tectonic strength(weak in the west and strong in the east)forming the distribution characteristics of“gas rich in the Paleozoic,oil rich in the Mesozoic,and both oil and gas rich in the Cenozoic”.The large scale accumulation and orderly distribution of oil and gas in the Persian Gulf Basin are controlled by three factors:(1)Multiple sets of giant hydrocarbon kitchens provide a resource base for near-source reservoir-forming assemblages.The short-distance lateral migration determines the oil and gas enrichment in and around the distribution area of effective source rocks.(2)The anhydrite caprocks in the platform area are thin but have experienced weak late-stage tectonic activities.Their good sealing performance makes it difficult for oil and gas to migrate vertically to shallow layers through them.The thrust faults and high-angle fractures formed by intense tectonic activities of the Zagros Orogenic Belt connect multiple source-reservoir assemblages.However,the Neogene Gachsaran Formation gypsum-salt rocks are thick and highly plastic,generally with good sealing performance,so large-scale oil and gas accumulations are still formed beneath the salt;(3)Each set of reservoir-forming assemblages is well matched in time and space in terms of the development of source rocks and reservoir-caprock assemblages,the maturation and hydrocarbon generation of source rocks,and the formation of traps,thus resulting in abundant multi layer hydrocarbon accumulations.At present,the Persian Gulf Basin is still in the stage of structural trap exploration.The pre-salt prospective traps in effective hydrocarbon kitchens remain the first choice.The areas with significant changes in Mesozoic sedimentary facies have the conditions to form large scale lithologic oil and gas reservoirs.The deep Paleozoic conventional oil and gas reservoirs and the Lower Silurian Qusaiba Member shale gas have great exploration potential and are expected to become important reserve growth areas in the future.展开更多
OBJECTIVE: To review the role of vegetables to prevent and treat hemorrhoids in Persian Medicine(PM).METHODS: We search main Persian Medicine manuscripts, including the books of Liber Continens,Canon of Medicine, Grea...OBJECTIVE: To review the role of vegetables to prevent and treat hemorrhoids in Persian Medicine(PM).METHODS: We search main Persian Medicine manuscripts, including the books of Liber Continens,Canon of Medicine, Great Elixir, Akbarie’s Medicine,Storehouse of Medicaments and Present for the faithful. Also, it was considered by searching in reference books and published papers with the help of PubMed, Scopus, Google scholar databases.RESULTS: Twelve vegetables, relating to 8 plant families, have been found in PM that their effectiveness involved in laxative, anti-inflammation, antimicrobial, analgesic and wound healing.CONCLUSION: Our findings suggest that 12 Persian Medicine vegetables can be used to prevent and treat hemorrhoids.展开更多
Considering the Neo-Tethyan tectonic process and the resulting environmental changes,a geodynamic model of“one-way train loading”is proposed to analyze the formation and evolution mechanism of the Persian Gulf Super...Considering the Neo-Tethyan tectonic process and the resulting environmental changes,a geodynamic model of“one-way train loading”is proposed to analyze the formation and evolution mechanism of the Persian Gulf Superbasin with the most abundant hydrocarbons in the world.The Persian Gulf Superbasin has long been in a passive continental margin setting since the Late Paleozoic in the process of unidirectional subduction,forming a superior regional space of hydrocarbon accu-mulation.During the Jurassic-Cretaceous,the Persian Gulf Superbasin drifted slowly at low latitudes,and developed multiple superimposed source-reservoir-caprock assemblages as a combined result of several global geological events such as the Hadley Cell,the Equatorial Upwelling Current,and the Jurassic True Polar Wander.The collision during the evolution of the foreland basin since the Cenozoic led to weak destruction,which was conducive to the preservation of oil and gas.Accordingly,it is be-lieved that the slow drifting and long retention in favorable climate zone of the continent are the critical factors for hydrocarbon enrichment.Moreover,the prospects of hydrocarbon potential in other continents in the Neo-Tethyan were proposed.展开更多
The Upper Permian Dalan Formation and the Lower Triassic Kangan Formation in the Persian Gulf area are mainly composed of shallow marine facies limestone and dolomite.Two subsurface-cored intervals were investigated i...The Upper Permian Dalan Formation and the Lower Triassic Kangan Formation in the Persian Gulf area are mainly composed of shallow marine facies limestone and dolomite.Two subsurface-cored intervals were investigated in order to understand the original mineralogy and paleoceanic conditions.The decreasing trend of Sr concentration in these deposits shows that aragonite was precipitated during the Late Permian and then gradually changed to calcite toward the Permian-Triassic boundary（PTB）.The dissolution rate of aragonite decreased from 60 m below the PTB toward the boundary,with the only exception at 10 m below the Permian-Triassic Boundary（PTB） due to the Permian-Triassic unconformity in this region.The increasing trend of Mg/Ca ratio in a global scale at the end-Permian time shows that the interpreted variation of mineralogy does not result from the change of this ratio.The increasing p（CO2） and decreasing pH are considered to be the main controlling factors.The increase of Ca2＋ at the end-Permian time due to the input of meteoric waters is too little to fully compensate this effect.A local maximum of the Si content just at the PTB confirms the input of runoff waters.展开更多
BACKGROUND： Xerostomia is one of the most common side effects of radiation therapy among patients with head and neck cancers （HNC）. However, conventional medicine lacks an effective treatment for radiation-induced ...BACKGROUND： Xerostomia is one of the most common side effects of radiation therapy among patients with head and neck cancers （HNC）. However, conventional medicine lacks an effective treatment for radiation-induced xerostomia. OBJECTIVE： Synthesizing the traditional use ofAIcea digitata and Malva sylvestris with their known beneficial effects from recent studies, we evaluated the efficacy of the herbs in the quality of life （QOL） of HNC patients with radiation-induced xerostomia. DESIGN, SETTING, PARTICIPANTS AND INTERVENTIONS： This study is a randomized, double-arm, open-label active-controlled clinical trial. We evaluated the effect ofA. digitata and M. sy/vestris on QOL of HNC patients with radiation-induced xerostomia compared with Hypozalix （artificial saliva）. Patients were enrolled from the Imam Hossein Hospital＇s oncology clinic in Shahid Beheshti University of Medica Sciences. Tehran, Iran. MAIN OUTCOME MEASURES： Primary outcome measures in this trial were changes in patients＇ QOL assessed by the European Organization for Research and Treatment of Cancer Quality of Life Questionnaire, Head and Neck Module （EORTC QLQ-H＆N 35）. RESULTS： Between-group analysis showed that the intervention group patients obtained significantly lower （better） total EORTC QLQ-H＆N 35 scores as compared to the control group at the end of the intervention period （P = 0.007）. Mean scores of dry mouth of EORTC QLQ-H＆N 35 was also significantly lower （better） in the intervention group as compared to the control group （P = 0.017）.展开更多
OBJECTIVE: To describe the common causes of headache as well as the different methods of Phlebotomy(Fasd) and wet Cupping(Hijamat) based on Persian Medicine.METHODS: In this study, we searched Google Scholar, Science ...OBJECTIVE: To describe the common causes of headache as well as the different methods of Phlebotomy(Fasd) and wet Cupping(Hijamat) based on Persian Medicine.METHODS: In this study, we searched Google Scholar, Science Direct, Pub Med and Scopus to get any in vitro or clinical evidence of the efficacy and possible mechanisms of phlebotomy or wet cupping on different types of headaches. Also different types of headaches, according to PM, under the title of "Sodaa"; extracted from famous Persian medical text books with key words including "Sodaa","Bayze" and "Shaqiqe".RESULTS: According to PM, diseases(dystemperament) are created by abnormal alteration in temperament. Temperament is a monolithic quality yielded by interaction between opposing qualities of four elements that are coldness, hotness, dryness and wetness. Headaches are caused by dystemperament(sue-Mizaj) in brain or in total body that are divided into simple and corporal. Common forms of the latter type are Vaporal and Migrant headache(Bokhari and Rihi). Each of these headaches is treated either through phlebotomy or wet cupping.CONCLUSION: In Persian Medicine, Fasd and Hijamat are easy and economical methods for treatment of headache with reasonable results. By describing the precise areas and indications of phlebotomy and wet cupping, this study provides the first step for future clinical trials in this field.展开更多
"Melancholia" seems to be the oldest term used to describe the manifestations of depression. Throughout the history of medicine, melancholia has been the focus of consideration of many scholars who have prov..."Melancholia" seems to be the oldest term used to describe the manifestations of depression. Throughout the history of medicine, melancholia has been the focus of consideration of many scholars who have provided varying definitions of this disorder and its manifestations. This continual process has resulted in the gradual development of the concept of melancholia over time. Persian scholars were among the scientists who have studied the melancholia and contributed to its concept. One figure, Al-Akhawayni Bukhari(?-983 AD), a Persian physician whose reputation was based on the treatment of patients with mental problems, investigated this disorder. He described Melancholia and explained its clinical manifestations and treatment methods. AlAkhawayni provided an early classification of the patients suffering from this disorder. Since the medieval Persian concept of melancholia is not well-known, this paper aims to review Al-Akhawayni's 10 th century knowledge on melancholia which can represent the early concept of this disorder in the Near East.展开更多
For analyzing the effects of forest litter and slope aspect on soil properties eight soil samples were collected at a depth of 0–10 cm near(i.e.,beneath the crown)and away from(i.e.,not influenced by crown)five Persi...For analyzing the effects of forest litter and slope aspect on soil properties eight soil samples were collected at a depth of 0–10 cm near(i.e.,beneath the crown)and away from(i.e.,not influenced by crown)five Persian turpentine trees each on a north and a south slope at the same elevation in a Zagros forest,Iran.The litter beneath tree crowns and slope exposure were found to have significant interactive effects on C,N,P,K,and electrical conductivity of the soils,however,Ca,Mg and the soil pH were not significantly influenced by these factors.The soil beneath the crowns was enriched in cations compared to more distal positions.Generally,Persian turpentine trees have positive impacts on soil properties in the forest.Degrading or killing these trees by sap extraction,extreme grazing,cutting,fire and expansion of agriculture will lead to significant losses in soil fertility and increases in soil erosion.展开更多
In this article, the sediment transport processes in the Khuran Strait between the mainland Iran and Qeshm Island at North Central Persian Gulf are studied in regional scale in a comprehensive manner. The objectives o...In this article, the sediment transport processes in the Khuran Strait between the mainland Iran and Qeshm Island at North Central Persian Gulf are studied in regional scale in a comprehensive manner. The objectives of this study include defining the type and origin of the sediment, the influencing factors, and the dominant mode of sediment transport. Four possible scenarios of sediment processes in terms of sediment sources and influential environmental forces are examined. The results of the conceptual and 2D numerical model of MIKE21 applied for this purposes indicate that the sediment sources in the transport processes are mainly provided by the sediments suspended from the central and eastern zones of the strait bed. Other sources including input from rivers do not have direct influence on the processes. The results are applied to the study of morphological changes for engineering applications including the pattern and amount of deposit in the Rajaee port approach channel and harbor basin. The pattern and amount of annual sediment deposits in the approach channel predicted by the model is satisfactory, compatible with annual dredging records.展开更多
A homogeneous shallow-water model with free surface is used to model the tidal circulation in the Persian Gulf. The numerical finite-difference model includes harmonic diffusion of horizontal momentum and quadratic bo...A homogeneous shallow-water model with free surface is used to model the tidal circulation in the Persian Gulf. The numerical finite-difference model includes harmonic diffusion of horizontal momentum and quadratic bottom friction, it has a 9 km mesh size and it is forced by 7 tidal components at its southern boundary. High precision bathymetric data are used to obtain the bottom topography. The numerical model is run for more than a year. The results are the following: 1) The model accurately reproduces the tidal phase and amplitude observed at 42 tidal gauges in the region. This accuracy is attributed to the presence of the 7 components which are able to interact nonlinearly;2) The amphidromic points are also well positioned by the model due to a proper choice of bathymetry. This was checked also with a simpler geometry of the domain;3) The tidal currents can be strong in the Straits of Hormuz and in shallow areas;thus they will have an effect of the hydrology of the region. The residual currents are weak so that they will be negligible for the large-scale circulation on long periods;4) Finally, the sea-surface elevation forecast by the model is in close agreement with in-situ measurements of pressure in the Straits, performed during the GOGP99 experiment.展开更多
In this paper, sound scattering from the sea surface in the Persian Gulf region is investigated. Chapman-Harris and Ogden-Erskine empirical relations coupled with perturbation theory are implemented. Based on the Ogde...In this paper, sound scattering from the sea surface in the Persian Gulf region is investigated. Chapman-Harris and Ogden-Erskine empirical relations coupled with perturbation theory are implemented. Based on the Ogden and Erskine＇s experiments, sound scattering from the sea surface has three different regimes in which two mechanisms of surface roughness and subsurface bubble clouds are involved. Ogden-Erskine＇s scattering relation which consists of perturbation theory and Chapman-Harris＇s scattering terms are verified by the experimental data of Critical Sea Tests 7. Subsequently, wind speed in the Persian Gulf is provided based on three data bases of Arzanah station, ERA40, and PERGOS. Accordingly, surface scattering strength in the Persian Gulf region is calculated at different grazing angles, frequencies and provided wind speeds. Based on the resulted values of scattering strength, scattered intensity from the sea surface is also studied. These studies indicate that both scattering strength and scattered intensity generally increase as grazing angle, frequency and wind speed increase.展开更多
The Cretaceous Kazhdumi and Gurpi forma- tions, Ahmadi Member of the Sarvak Formation, and Paleogene Pabdeh Formation are important source rock candidates of the Middle Cretaceous-Early Miocene pet- roleum system in t...The Cretaceous Kazhdumi and Gurpi forma- tions, Ahmadi Member of the Sarvak Formation, and Paleogene Pabdeh Formation are important source rock candidates of the Middle Cretaceous-Early Miocene pet- roleum system in the Persian Gulf. This study characterizes generation potential, type of organic matter, and thermal maturity of 262 cutting samples （marls and argillaceous limestones） from these rock units taken from 16 fields in the Iranian sector of the Persian Gulf. In addition, the burial and thermal histories of these source rocks were analyzed by one-dimensional basin modeling. Based on the total organic carbon and genetic potential values, fair hydro- carbon generation potential is suggested for the studied samples. Based on Tma~ and vitrinite reflectance values, the studied samples are thermally immature to mature for hydrocarbon generation. The generated models indicate that studied source rocks are immature in central wells. The Gurpi and Pabdeh formations are immature and the Ahmadi Member and Kazhdumi Formation are early mature in the western wells. The Pabdeh Formation is within the main oil window and other source rocks are at the late oil window in the eastern wells. The hydrocarbon expulsion from the source rocks began after deposition of related caprocks which ensures entrapment and preserva- tion of migrated hydrocarbon.展开更多
1 Introduction Epilepsy is a disease prevalent on a global scale. Reflex seizure, a part of this disorder, is categorized into two subtypes- ＂generalized＂ and ＂partial＂ reflex seizuresWe know that complementary a...1 Introduction Epilepsy is a disease prevalent on a global scale. Reflex seizure, a part of this disorder, is categorized into two subtypes- ＂generalized＂ and ＂partial＂ reflex seizuresWe know that complementary and alternative medicine （CAM） modalities play a considerable role in health systems： their use is on the rise Although the paucity of evidence on CAM medicaments and recommendations is a real problem, separating the facts from fiction is certainly important when it comes to current scientific publications. While, modem medicine has specifically focused on treatments, holistic methods such as traditional Persian medicine （TPM） have paid more attention to prevention and removing causes. For instance, Jorjani （1042-1137 anno Domini）, the great Iranian physician, ordered his epileptic patients to avoid standing on high grounds or performing stressful tasks,These preventive measures have been supported in the recent literature,展开更多
The role of water in the formation of the first human habitats is a response to a biological need. But when above a need, home building and constructing residential complexes have a cultural meaning, architecture is e...The role of water in the formation of the first human habitats is a response to a biological need. But when above a need, home building and constructing residential complexes have a cultural meaning, architecture is emerged and water in human life has an artistic place and it is originated from the creativity of the artists and architects. Understanding the concept of water in architecture is understanding the concept of water architecture. Understanding the physical laws of water behavior is our emotions to the interaction of water and most importantly the role and allegory and its relationship with human life. Water is a paradoxical metaphor and along with soil, fire and air, consists of the four comprising elements of the universe. If someone asks us to define water, we say it is a colorless liquid which is the source of life, but is it really the definition of water in architecture and only in terms of the physical aspect, it is an interface between man and architecture? To answer this question, first we examine the available resources in this field and desk studies about the architectural spirit and then examine the water hidden side and the way it affects humans and architecture through descriptive-analytical method, so by contemplating in them, the question can also be answered. From the beginning, water was a vital element not only for the body but for the soul.展开更多
Background:Miscarriage or spontaneous ending to a pregnancy takes place at the early stages of pregnancy without intervention.Pregnant women may use medicinal herbs to relieve some of the symptoms of pregnancy as they...Background:Miscarriage or spontaneous ending to a pregnancy takes place at the early stages of pregnancy without intervention.Pregnant women may use medicinal herbs to relieve some of the symptoms of pregnancy as they believe that all herbs are safe.Some abortion-inducing herbs were mentioned by the famous Iranian philosophers,Avicenna and Aghili,in documents of traditional Persian medicine titled Al-Qanun Fi Al-Tibb(The Canon of Medicine,written by Avicenna in the 11th century)and Makhzan Al-adviyah(The Storehouse of Medicaments,written by Aghili in the 18th century).Methods:Electronic databases such as PubMed,Scopus,Google Scholar,Cochrane Library and Web of Science were searched to find new scientific evidence that these plants are toxic during pregnancy.Data was collected from 1831 to 2019.Results:Twenty-one plants were found to be abortive according to Al-Qanun Fi Al-Tibb(The Canon of Medicine)and Makhzan Al-adviyah(The Storehouse of Medicaments).Scientific research has shown that these plants possess abortifacient effects by the mechanisms of toxic alkaloids,uterine stimulants,and emmenagogue that interferes with implantation and results in fetus toxicity.These studies included in vivo or in vitro studies.Some of these plants showed abortifacient effects by more than one mechanism.Ruta graveolens,Nigella sativa,Curcuma longa,Lupinus termis,Apium graveolens,Mentha longifolia,and Peganum harmala possess uterine stimulant properties.Ruta graveolens,Juniperus sabina,Cicer arietinum,Piper longum,Artemisia absinthium,and Citrullus colocynthis interfere with implantation.Ruta graveolens,Nigella sativa,Curcuma longa,Tanacetum parthenium,Piper longum,Laurus nobilis,Apium graveolens,Mentha longifolia,and Cinnamomum iners exhibit emmenagogue effects.Lupinus termis,Delphinium staphisagria,Laurus nobilis,Trigonella foenum-graecum,Zataria multiflora,and Artemisia absinthium contain toxic alkaloids and possess teratogenic effects.Conclusion:The results of this study of traditional Persian medicine resources have been confirmed with new scientific evidence.Therefore,pregnant women should avoid consuming herbs without knowledge of their safety.展开更多
This paper has been done on study kinematic problem of Persian joint in a general way. In this study, instead of using simulation analysis method as in the previous researches, the 3D rotation matrix method is applied...This paper has been done on study kinematic problem of Persian joint in a general way. In this study, instead of using simulation analysis method as in the previous researches, the 3D rotation matrix method is applied to present the relationship of angular velocities of input shaft and output shaft. The result shows that when the angle between intersecting shafts changes from 0 to 135°, the angular velocity is maintained constant. This new result completely matches with analysis from kinematic simulation of this mechanism. The obtained result is an important base to solve dynamic problem in order to develop the applicability of this joint in reality.展开更多
According to historical evidence, the abuse of opium has been reported all over the globe-specifically throughout Eastern nations-since the sixteenth century. Before that, opium had mostly been applied as medication. ...According to historical evidence, the abuse of opium has been reported all over the globe-specifically throughout Eastern nations-since the sixteenth century. Before that, opium had mostly been applied as medication. Reference has been made in traditional Persian medical literature to the method of cultivation, properties, side effects and toxicity. In sixteenth century Iran, during the reign of the Safavids, opium abuse began. It was from then that prominent Persian scholars started to think of solutions to this societal problem. One of the most famous scholars was Imad al-Din Mahmud ibn Mas＇ud Shirazi, who composed a book concerning addiction-Afyunieh, a comprehensive book on the topic of opium and all issues of opium. Furthermore, he recommended methods for reducing opium dose as well as substitution with other medications that had a narrower range of side effects, in order to eradicate dependency upon opium and opium-derived materials. This is most likely the first book that comprehensively addressed opium and discussed drug rehabilitation methodology, in traditional Persian medical literature. In this historical review, the authors have introduced the book Afyunieh, which presents methods for treating addiction to and giving up opium; the text comprises a synthesis of the author＇s opinions, professional experience and references to the work of other famous physicians.展开更多
The growth strata was investigated in the Early Cretaceous deposits including Fahliyan, Gadvan and Dariyan formations in the Well 3 that is located between Qatar-Fars height and Hormuz Strait in Persian Gulf. This stu...The growth strata was investigated in the Early Cretaceous deposits including Fahliyan, Gadvan and Dariyan formations in the Well 3 that is located between Qatar-Fars height and Hormuz Strait in Persian Gulf. This study is based on the lithostratigraphic analysis and microfossils distribution. Lithostratigraphically, the Well 3 is divided into three rock units including Fahliyan, Gadvan and Dariyan. Based on the microfossils content, the age of studied successions is Berriasian to Aptian. The comparison of seismic studies, lithostratigraphic analysis and microfossils distribution show that growth and generation of anticlines construct in the Early Cretaceous. As a result, the Fahliyan, Gadvan and Dariyan rock units have potential reservoir and oil trap.展开更多
文摘OBJECTIVE:To evaluate the effect of Persian shallot extract on the serum markers and blood pressure of patients with metabolic syndrome(MetS).METHODS:Fifty patients with Met S diagnosis were randomly assigned to the intervention(Persian shallot extract)and the control(placebo)group.Both groups received treatment for three months.Before the study and at the end of the study,5 mL peripheral blood was taken from each patient.The measured factors included total antioxidant capacity(TAC),superoxide dismutase enzyme(SOD),malondialdehyde,oxidized low-density lipoprotein(Ox-LDL),apolipoprotein H(Apo-H),fasting blood glucose(FBS),total cholesterol,triglycerides,high-density lipoprotein(HDL),LDL,and systolic and diastolic blood pressure.RESULTS:At baseline,the evaluated parameters were not significantly different between the intervention and control groups.At the end of the study,the mean serum levels of malondialdehyde and ox-LDL were significantly lower in the intervention group.The mean FBS,cholesterol,triglycerides,and LDL were significantly lower in the intervention group.The mean TAC and HDL were significantly higher in the intervention group(P<0.05).Moreover,the intervention group significantly reduced systolic and diastolic blood pressure.No other significant association was observed.CONCLUSION:Persian shallot extract has several beneficial effects in Met S patients,including optimizing oxidative balance,reducing blood pressure,fasting blood sugar,and blood lipid profile.
文摘The worsening of global warming due to burning fossil fuels and the global energy crisis have led to an urgent need for renewable and clean energy sources that have little impact on the environment.One of the most important and largest alternative energy sources is marine waves,which have enormous energy that can be utilized using the correct and appropriate methods.The present work aims to study the possibility of investing wave energy by extracting the wave power at the northern coasts of the Arabian Gulf using numerical models for zero crossing and spectral analysis methods(SWAN model).Numerical models were used to analyze metrological data to estimate the wave power,estimated at 0.2664 kW/m by the zero-crossing method,and 0.386 kW/m by the spectral analysis method at a depth of 19 meters.The weak wave power may be due to the shallowness of the Gulf compared to other seas,in addition to the weather conditions in the study area,which are directly affected by weather phenomena,especially wind speed.The research recommends conducting further studies on wave energy and studying the most advanced methods for extracting it because of its great economic returns for Iraq.
基金Supported by the CNPC Major Science and Technology Project(2023ZZ07).
文摘Based on the achievements and research advances in oil and gas exploration in the Persian Gulf Basin,this study analyzes the orderliness of oil and gas distribution and main controlling factors of hydrocarbon accumulation with reservoir-forming assemblage as the unit.In the Persian Gulf Basin,the hydrocarbon-generating centers of source rocks of different geological ages and the hydrocarbon rich zones migrate in a clockwise direction around the Ghawar Oilfield in the Central Arabian Subbasin.Horizontally,the overall distribution pattern is orderly,showing“oil in the west and gas in the east”,and“large oil and gas fields dense in the basin center and sparse at the basin edges”.Vertically,the extents of petroleum system compounding and sources mixing increase from west to east,the pattern of tectonic strength(weak in the west and strong in the east)forming the distribution characteristics of“gas rich in the Paleozoic,oil rich in the Mesozoic,and both oil and gas rich in the Cenozoic”.The large scale accumulation and orderly distribution of oil and gas in the Persian Gulf Basin are controlled by three factors:(1)Multiple sets of giant hydrocarbon kitchens provide a resource base for near-source reservoir-forming assemblages.The short-distance lateral migration determines the oil and gas enrichment in and around the distribution area of effective source rocks.(2)The anhydrite caprocks in the platform area are thin but have experienced weak late-stage tectonic activities.Their good sealing performance makes it difficult for oil and gas to migrate vertically to shallow layers through them.The thrust faults and high-angle fractures formed by intense tectonic activities of the Zagros Orogenic Belt connect multiple source-reservoir assemblages.However,the Neogene Gachsaran Formation gypsum-salt rocks are thick and highly plastic,generally with good sealing performance,so large-scale oil and gas accumulations are still formed beneath the salt;(3)Each set of reservoir-forming assemblages is well matched in time and space in terms of the development of source rocks and reservoir-caprock assemblages,the maturation and hydrocarbon generation of source rocks,and the formation of traps,thus resulting in abundant multi layer hydrocarbon accumulations.At present,the Persian Gulf Basin is still in the stage of structural trap exploration.The pre-salt prospective traps in effective hydrocarbon kitchens remain the first choice.The areas with significant changes in Mesozoic sedimentary facies have the conditions to form large scale lithologic oil and gas reservoirs.The deep Paleozoic conventional oil and gas reservoirs and the Lower Silurian Qusaiba Member shale gas have great exploration potential and are expected to become important reserve growth areas in the future.
基金Supported by a PhD thesis by the Vice Chancellor for Research,Shahid Beheshti University of Medical Sciences
文摘OBJECTIVE: To review the role of vegetables to prevent and treat hemorrhoids in Persian Medicine(PM).METHODS: We search main Persian Medicine manuscripts, including the books of Liber Continens,Canon of Medicine, Great Elixir, Akbarie’s Medicine,Storehouse of Medicaments and Present for the faithful. Also, it was considered by searching in reference books and published papers with the help of PubMed, Scopus, Google scholar databases.RESULTS: Twelve vegetables, relating to 8 plant families, have been found in PM that their effectiveness involved in laxative, anti-inflammation, antimicrobial, analgesic and wound healing.CONCLUSION: Our findings suggest that 12 Persian Medicine vegetables can be used to prevent and treat hemorrhoids.
基金Supported by the International Cooperation Program of Chinese Academy of Sciences (GJHZ1776)National Natural Science Foundation of China (91855207)
文摘Considering the Neo-Tethyan tectonic process and the resulting environmental changes,a geodynamic model of“one-way train loading”is proposed to analyze the formation and evolution mechanism of the Persian Gulf Superbasin with the most abundant hydrocarbons in the world.The Persian Gulf Superbasin has long been in a passive continental margin setting since the Late Paleozoic in the process of unidirectional subduction,forming a superior regional space of hydrocarbon accu-mulation.During the Jurassic-Cretaceous,the Persian Gulf Superbasin drifted slowly at low latitudes,and developed multiple superimposed source-reservoir-caprock assemblages as a combined result of several global geological events such as the Hadley Cell,the Equatorial Upwelling Current,and the Jurassic True Polar Wander.The collision during the evolution of the foreland basin since the Cenozoic led to weak destruction,which was conducive to the preservation of oil and gas.Accordingly,it is be-lieved that the slow drifting and long retention in favorable climate zone of the continent are the critical factors for hydrocarbon enrichment.Moreover,the prospects of hydrocarbon potential in other continents in the Neo-Tethyan were proposed.
基金supported by a grant from the University of Tehranthe vicepresident of the Research and Technology of the University of Tehran for the financial support+1 种基金extend our appreciation to the POGC(Pars Oil and Gas Company of Iran)MAPSA(Abdal Industrial Projects Management Company)for the sponsoring,data preparation,and also permission to publish this study
文摘The Upper Permian Dalan Formation and the Lower Triassic Kangan Formation in the Persian Gulf area are mainly composed of shallow marine facies limestone and dolomite.Two subsurface-cored intervals were investigated in order to understand the original mineralogy and paleoceanic conditions.The decreasing trend of Sr concentration in these deposits shows that aragonite was precipitated during the Late Permian and then gradually changed to calcite toward the Permian-Triassic boundary（PTB）.The dissolution rate of aragonite decreased from 60 m below the PTB toward the boundary,with the only exception at 10 m below the Permian-Triassic Boundary（PTB） due to the Permian-Triassic unconformity in this region.The increasing trend of Mg/Ca ratio in a global scale at the end-Permian time shows that the interpreted variation of mineralogy does not result from the change of this ratio.The increasing p（CO2） and decreasing pH are considered to be the main controlling factors.The increase of Ca2＋ at the end-Permian time due to the input of meteoric waters is too little to fully compensate this effect.A local maximum of the Si content just at the PTB confirms the input of runoff waters.
文摘BACKGROUND： Xerostomia is one of the most common side effects of radiation therapy among patients with head and neck cancers （HNC）. However, conventional medicine lacks an effective treatment for radiation-induced xerostomia. OBJECTIVE： Synthesizing the traditional use ofAIcea digitata and Malva sylvestris with their known beneficial effects from recent studies, we evaluated the efficacy of the herbs in the quality of life （QOL） of HNC patients with radiation-induced xerostomia. DESIGN, SETTING, PARTICIPANTS AND INTERVENTIONS： This study is a randomized, double-arm, open-label active-controlled clinical trial. We evaluated the effect ofA. digitata and M. sy/vestris on QOL of HNC patients with radiation-induced xerostomia compared with Hypozalix （artificial saliva）. Patients were enrolled from the Imam Hossein Hospital＇s oncology clinic in Shahid Beheshti University of Medica Sciences. Tehran, Iran. MAIN OUTCOME MEASURES： Primary outcome measures in this trial were changes in patients＇ QOL assessed by the European Organization for Research and Treatment of Cancer Quality of Life Questionnaire, Head and Neck Module （EORTC QLQ-H＆N 35）. RESULTS： Between-group analysis showed that the intervention group patients obtained significantly lower （better） total EORTC QLQ-H＆N 35 scores as compared to the control group at the end of the intervention period （P = 0.007）. Mean scores of dry mouth of EORTC QLQ-H＆N 35 was also significantly lower （better） in the intervention group as compared to the control group （P = 0.017）.
文摘OBJECTIVE: To describe the common causes of headache as well as the different methods of Phlebotomy(Fasd) and wet Cupping(Hijamat) based on Persian Medicine.METHODS: In this study, we searched Google Scholar, Science Direct, Pub Med and Scopus to get any in vitro or clinical evidence of the efficacy and possible mechanisms of phlebotomy or wet cupping on different types of headaches. Also different types of headaches, according to PM, under the title of "Sodaa"; extracted from famous Persian medical text books with key words including "Sodaa","Bayze" and "Shaqiqe".RESULTS: According to PM, diseases(dystemperament) are created by abnormal alteration in temperament. Temperament is a monolithic quality yielded by interaction between opposing qualities of four elements that are coldness, hotness, dryness and wetness. Headaches are caused by dystemperament(sue-Mizaj) in brain or in total body that are divided into simple and corporal. Common forms of the latter type are Vaporal and Migrant headache(Bokhari and Rihi). Each of these headaches is treated either through phlebotomy or wet cupping.CONCLUSION: In Persian Medicine, Fasd and Hijamat are easy and economical methods for treatment of headache with reasonable results. By describing the precise areas and indications of phlebotomy and wet cupping, this study provides the first step for future clinical trials in this field.
文摘"Melancholia" seems to be the oldest term used to describe the manifestations of depression. Throughout the history of medicine, melancholia has been the focus of consideration of many scholars who have provided varying definitions of this disorder and its manifestations. This continual process has resulted in the gradual development of the concept of melancholia over time. Persian scholars were among the scientists who have studied the melancholia and contributed to its concept. One figure, Al-Akhawayni Bukhari(?-983 AD), a Persian physician whose reputation was based on the treatment of patients with mental problems, investigated this disorder. He described Melancholia and explained its clinical manifestations and treatment methods. AlAkhawayni provided an early classification of the patients suffering from this disorder. Since the medieval Persian concept of melancholia is not well-known, this paper aims to review Al-Akhawayni's 10 th century knowledge on melancholia which can represent the early concept of this disorder in the Near East.
基金supported by research grants of the University of Kurdistan,Iran。
文摘For analyzing the effects of forest litter and slope aspect on soil properties eight soil samples were collected at a depth of 0–10 cm near(i.e.,beneath the crown)and away from(i.e.,not influenced by crown)five Persian turpentine trees each on a north and a south slope at the same elevation in a Zagros forest,Iran.The litter beneath tree crowns and slope exposure were found to have significant interactive effects on C,N,P,K,and electrical conductivity of the soils,however,Ca,Mg and the soil pH were not significantly influenced by these factors.The soil beneath the crowns was enriched in cations compared to more distal positions.Generally,Persian turpentine trees have positive impacts on soil properties in the forest.Degrading or killing these trees by sap extraction,extreme grazing,cutting,fire and expansion of agriculture will lead to significant losses in soil fertility and increases in soil erosion.
文摘In this article, the sediment transport processes in the Khuran Strait between the mainland Iran and Qeshm Island at North Central Persian Gulf are studied in regional scale in a comprehensive manner. The objectives of this study include defining the type and origin of the sediment, the influencing factors, and the dominant mode of sediment transport. Four possible scenarios of sediment processes in terms of sediment sources and influential environmental forces are examined. The results of the conceptual and 2D numerical model of MIKE21 applied for this purposes indicate that the sediment sources in the transport processes are mainly provided by the sediments suspended from the central and eastern zones of the strait bed. Other sources including input from rivers do not have direct influence on the processes. The results are applied to the study of morphological changes for engineering applications including the pattern and amount of deposit in the Rajaee port approach channel and harbor basin. The pattern and amount of annual sediment deposits in the approach channel predicted by the model is satisfactory, compatible with annual dredging records.
文摘A homogeneous shallow-water model with free surface is used to model the tidal circulation in the Persian Gulf. The numerical finite-difference model includes harmonic diffusion of horizontal momentum and quadratic bottom friction, it has a 9 km mesh size and it is forced by 7 tidal components at its southern boundary. High precision bathymetric data are used to obtain the bottom topography. The numerical model is run for more than a year. The results are the following: 1) The model accurately reproduces the tidal phase and amplitude observed at 42 tidal gauges in the region. This accuracy is attributed to the presence of the 7 components which are able to interact nonlinearly;2) The amphidromic points are also well positioned by the model due to a proper choice of bathymetry. This was checked also with a simpler geometry of the domain;3) The tidal currents can be strong in the Straits of Hormuz and in shallow areas;thus they will have an effect of the hydrology of the region. The residual currents are weak so that they will be negligible for the large-scale circulation on long periods;4) Finally, the sea-surface elevation forecast by the model is in close agreement with in-situ measurements of pressure in the Straits, performed during the GOGP99 experiment.
文摘In this paper, sound scattering from the sea surface in the Persian Gulf region is investigated. Chapman-Harris and Ogden-Erskine empirical relations coupled with perturbation theory are implemented. Based on the Ogden and Erskine＇s experiments, sound scattering from the sea surface has three different regimes in which two mechanisms of surface roughness and subsurface bubble clouds are involved. Ogden-Erskine＇s scattering relation which consists of perturbation theory and Chapman-Harris＇s scattering terms are verified by the experimental data of Critical Sea Tests 7. Subsequently, wind speed in the Persian Gulf is provided based on three data bases of Arzanah station, ERA40, and PERGOS. Accordingly, surface scattering strength in the Persian Gulf region is calculated at different grazing angles, frequencies and provided wind speeds. Based on the resulted values of scattering strength, scattered intensity from the sea surface is also studied. These studies indicate that both scattering strength and scattered intensity generally increase as grazing angle, frequency and wind speed increase.
文摘The Cretaceous Kazhdumi and Gurpi forma- tions, Ahmadi Member of the Sarvak Formation, and Paleogene Pabdeh Formation are important source rock candidates of the Middle Cretaceous-Early Miocene pet- roleum system in the Persian Gulf. This study characterizes generation potential, type of organic matter, and thermal maturity of 262 cutting samples （marls and argillaceous limestones） from these rock units taken from 16 fields in the Iranian sector of the Persian Gulf. In addition, the burial and thermal histories of these source rocks were analyzed by one-dimensional basin modeling. Based on the total organic carbon and genetic potential values, fair hydro- carbon generation potential is suggested for the studied samples. Based on Tma~ and vitrinite reflectance values, the studied samples are thermally immature to mature for hydrocarbon generation. The generated models indicate that studied source rocks are immature in central wells. The Gurpi and Pabdeh formations are immature and the Ahmadi Member and Kazhdumi Formation are early mature in the western wells. The Pabdeh Formation is within the main oil window and other source rocks are at the late oil window in the eastern wells. The hydrocarbon expulsion from the source rocks began after deposition of related caprocks which ensures entrapment and preserva- tion of migrated hydrocarbon.
文摘1 Introduction Epilepsy is a disease prevalent on a global scale. Reflex seizure, a part of this disorder, is categorized into two subtypes- ＂generalized＂ and ＂partial＂ reflex seizuresWe know that complementary and alternative medicine （CAM） modalities play a considerable role in health systems： their use is on the rise Although the paucity of evidence on CAM medicaments and recommendations is a real problem, separating the facts from fiction is certainly important when it comes to current scientific publications. While, modem medicine has specifically focused on treatments, holistic methods such as traditional Persian medicine （TPM） have paid more attention to prevention and removing causes. For instance, Jorjani （1042-1137 anno Domini）, the great Iranian physician, ordered his epileptic patients to avoid standing on high grounds or performing stressful tasks,These preventive measures have been supported in the recent literature,
文摘The role of water in the formation of the first human habitats is a response to a biological need. But when above a need, home building and constructing residential complexes have a cultural meaning, architecture is emerged and water in human life has an artistic place and it is originated from the creativity of the artists and architects. Understanding the concept of water in architecture is understanding the concept of water architecture. Understanding the physical laws of water behavior is our emotions to the interaction of water and most importantly the role and allegory and its relationship with human life. Water is a paradoxical metaphor and along with soil, fire and air, consists of the four comprising elements of the universe. If someone asks us to define water, we say it is a colorless liquid which is the source of life, but is it really the definition of water in architecture and only in terms of the physical aspect, it is an interface between man and architecture? To answer this question, first we examine the available resources in this field and desk studies about the architectural spirit and then examine the water hidden side and the way it affects humans and architecture through descriptive-analytical method, so by contemplating in them, the question can also be answered. From the beginning, water was a vital element not only for the body but for the soul.
文摘Background:Miscarriage or spontaneous ending to a pregnancy takes place at the early stages of pregnancy without intervention.Pregnant women may use medicinal herbs to relieve some of the symptoms of pregnancy as they believe that all herbs are safe.Some abortion-inducing herbs were mentioned by the famous Iranian philosophers,Avicenna and Aghili,in documents of traditional Persian medicine titled Al-Qanun Fi Al-Tibb(The Canon of Medicine,written by Avicenna in the 11th century)and Makhzan Al-adviyah(The Storehouse of Medicaments,written by Aghili in the 18th century).Methods:Electronic databases such as PubMed,Scopus,Google Scholar,Cochrane Library and Web of Science were searched to find new scientific evidence that these plants are toxic during pregnancy.Data was collected from 1831 to 2019.Results:Twenty-one plants were found to be abortive according to Al-Qanun Fi Al-Tibb(The Canon of Medicine)and Makhzan Al-adviyah(The Storehouse of Medicaments).Scientific research has shown that these plants possess abortifacient effects by the mechanisms of toxic alkaloids,uterine stimulants,and emmenagogue that interferes with implantation and results in fetus toxicity.These studies included in vivo or in vitro studies.Some of these plants showed abortifacient effects by more than one mechanism.Ruta graveolens,Nigella sativa,Curcuma longa,Lupinus termis,Apium graveolens,Mentha longifolia,and Peganum harmala possess uterine stimulant properties.Ruta graveolens,Juniperus sabina,Cicer arietinum,Piper longum,Artemisia absinthium,and Citrullus colocynthis interfere with implantation.Ruta graveolens,Nigella sativa,Curcuma longa,Tanacetum parthenium,Piper longum,Laurus nobilis,Apium graveolens,Mentha longifolia,and Cinnamomum iners exhibit emmenagogue effects.Lupinus termis,Delphinium staphisagria,Laurus nobilis,Trigonella foenum-graecum,Zataria multiflora,and Artemisia absinthium contain toxic alkaloids and possess teratogenic effects.Conclusion:The results of this study of traditional Persian medicine resources have been confirmed with new scientific evidence.Therefore,pregnant women should avoid consuming herbs without knowledge of their safety.
文摘This paper has been done on study kinematic problem of Persian joint in a general way. In this study, instead of using simulation analysis method as in the previous researches, the 3D rotation matrix method is applied to present the relationship of angular velocities of input shaft and output shaft. The result shows that when the angle between intersecting shafts changes from 0 to 135°, the angular velocity is maintained constant. This new result completely matches with analysis from kinematic simulation of this mechanism. The obtained result is an important base to solve dynamic problem in order to develop the applicability of this joint in reality.
文摘According to historical evidence, the abuse of opium has been reported all over the globe-specifically throughout Eastern nations-since the sixteenth century. Before that, opium had mostly been applied as medication. Reference has been made in traditional Persian medical literature to the method of cultivation, properties, side effects and toxicity. In sixteenth century Iran, during the reign of the Safavids, opium abuse began. It was from then that prominent Persian scholars started to think of solutions to this societal problem. One of the most famous scholars was Imad al-Din Mahmud ibn Mas＇ud Shirazi, who composed a book concerning addiction-Afyunieh, a comprehensive book on the topic of opium and all issues of opium. Furthermore, he recommended methods for reducing opium dose as well as substitution with other medications that had a narrower range of side effects, in order to eradicate dependency upon opium and opium-derived materials. This is most likely the first book that comprehensively addressed opium and discussed drug rehabilitation methodology, in traditional Persian medical literature. In this historical review, the authors have introduced the book Afyunieh, which presents methods for treating addiction to and giving up opium; the text comprises a synthesis of the author＇s opinions, professional experience and references to the work of other famous physicians.
文摘The growth strata was investigated in the Early Cretaceous deposits including Fahliyan, Gadvan and Dariyan formations in the Well 3 that is located between Qatar-Fars height and Hormuz Strait in Persian Gulf. This study is based on the lithostratigraphic analysis and microfossils distribution. Lithostratigraphically, the Well 3 is divided into three rock units including Fahliyan, Gadvan and Dariyan. Based on the microfossils content, the age of studied successions is Berriasian to Aptian. The comparison of seismic studies, lithostratigraphic analysis and microfossils distribution show that growth and generation of anticlines construct in the Early Cretaceous. As a result, the Fahliyan, Gadvan and Dariyan rock units have potential reservoir and oil trap.
