Background: Involuntary infertility is a tragedy in most African setting. This is due to premium placed on fertility as a result of roles children fulfill in the family and the society. Aetiologic factors of infertili...Background: Involuntary infertility is a tragedy in most African setting. This is due to premium placed on fertility as a result of roles children fulfill in the family and the society. Aetiologic factors of infertility in sub-Saharan Africa are mostly infection related and they are mainly associated with poor treatment outcome to conventional non assisted conception technique. Objective: To evaluate the level of awareness and perception of assisted conception treatment among women attending fertility clinic. Methods: A descriptive cross-sectional study. Results: One hundred and ninety six women attending fertility clinic were interviewed. Mean age was 34.8year and mean duration of infertility of 4.1 years. Of the 196 infertile women interviewed, 150 (76.5%) have heard of Assisted Reproductive Technology treatment. Sources of information were mainly family relation (46%) and friends (28.7%). Knowledge on some of Assisted Reproductive Technology practices showed that 50.7% were aware that the treatment could fail, 36.8% knew it could be applied for male infertility treatment, 9.3% and 18.7% respectively are aware that donor oocyte and sperm could be used for treatment. Perception on babies conceived from assisted conception treatment revealed that 52% of patients interviewed could not comment if they are normal and natural babies. Majority of patients could not affirm if they will agree to the use of donor gamete or zygote for their treatment. Conclusion: Awareness of assisted conception treatment was high, however knowledge on specifics of treatment was low and perception on some of the practices was unfavorable. Sensitization of the public will help overcome some beliefs that may be at tangent to some practices of assisted conception.展开更多
The paper investigates applicability of the developed high-level model and technology for solution of diverse problems in large distributed dynamic systems which can provide sufficient awareness of their structures,or...The paper investigates applicability of the developed high-level model and technology for solution of diverse problems in large distributed dynamic systems which can provide sufficient awareness of their structures,organization,and functionalities.After the review of meanings of awareness and existing approaches for its expression and support,the paper shows application of the Spatial Grasp Model and Technology(SGT)and its basic Spatial Grasp Language(SGL)for very practical awareness solutions in large distributed dynamic systems,with obtaining any knowledge from any point inside or outside the system.The self-evolving,self-replicating,and self-recovering scenario code in SGL can effectively supervise distributed systems under any circumstances including rapidly changing number of their elements.Examples are provided in SGL for distributed networked systems showing how in any node any information about other nodes and links,including the whole system,can be obtained by using network requesting patterns based on recursive scenarios combining forward and backward network matching and coverage.The returned results may be automatically organized in networked patterns too.The presented exemplary solutions are parallel and fully distributed,without the need of using vulnerable centralized resources,also very compact.This can be explained by fundamentally different philosophy and ideology of SGT which is not based on traditional partitioned systems representation and multiple agent communications.On the contrary,SGT and its basic language supervise and control distributed systems by holistic self-spreading recursive code in wavelike,virus-like,and even“soul-like”mode.展开更多
Global and international security cannot be provided from a single point or a set of separate points whatever powerful these might be(even with quantum supercomputers!).It should rather be deeply embedded and integrat...Global and international security cannot be provided from a single point or a set of separate points whatever powerful these might be(even with quantum supercomputers!).It should rather be deeply embedded and integrated with bodies of real systems wherever in physical,virtual,or combined spaces they may exist.So global security capabilities should not only be distributed,but rather be really spatial,self-organized,and dynamic,also exhibiting overall integrity,awareness,and consciousness features.The paper describes applicability of the patented and revealed in 10 books Spatial Grasp Model and Technology(SGT)and its basic Spatial Grasp Language(SGL)which conceptually and functionally match security problems of large distributed and heterogeneous systems.It investigates very practical security solutions for finding and tracing distribution of forbidden items,world roaming criminals,recovery from natural and human-made disasters,tracing and elimination of moving dangerous objects in terrestrial and celestial spaces,as well as analysis and restoration of damaged transport networks.It advises how different security infrastructures can be organized and managed,and how to cooperate and integrate within global security systems with higher awareness and consciousness levels over them.The provided security-oriented version of SGL can be quickly implemented and integrated with existing distributed management and security systems.展开更多
文摘Background: Involuntary infertility is a tragedy in most African setting. This is due to premium placed on fertility as a result of roles children fulfill in the family and the society. Aetiologic factors of infertility in sub-Saharan Africa are mostly infection related and they are mainly associated with poor treatment outcome to conventional non assisted conception technique. Objective: To evaluate the level of awareness and perception of assisted conception treatment among women attending fertility clinic. Methods: A descriptive cross-sectional study. Results: One hundred and ninety six women attending fertility clinic were interviewed. Mean age was 34.8year and mean duration of infertility of 4.1 years. Of the 196 infertile women interviewed, 150 (76.5%) have heard of Assisted Reproductive Technology treatment. Sources of information were mainly family relation (46%) and friends (28.7%). Knowledge on some of Assisted Reproductive Technology practices showed that 50.7% were aware that the treatment could fail, 36.8% knew it could be applied for male infertility treatment, 9.3% and 18.7% respectively are aware that donor oocyte and sperm could be used for treatment. Perception on babies conceived from assisted conception treatment revealed that 52% of patients interviewed could not comment if they are normal and natural babies. Majority of patients could not affirm if they will agree to the use of donor gamete or zygote for their treatment. Conclusion: Awareness of assisted conception treatment was high, however knowledge on specifics of treatment was low and perception on some of the practices was unfavorable. Sensitization of the public will help overcome some beliefs that may be at tangent to some practices of assisted conception.
文摘The paper investigates applicability of the developed high-level model and technology for solution of diverse problems in large distributed dynamic systems which can provide sufficient awareness of their structures,organization,and functionalities.After the review of meanings of awareness and existing approaches for its expression and support,the paper shows application of the Spatial Grasp Model and Technology(SGT)and its basic Spatial Grasp Language(SGL)for very practical awareness solutions in large distributed dynamic systems,with obtaining any knowledge from any point inside or outside the system.The self-evolving,self-replicating,and self-recovering scenario code in SGL can effectively supervise distributed systems under any circumstances including rapidly changing number of their elements.Examples are provided in SGL for distributed networked systems showing how in any node any information about other nodes and links,including the whole system,can be obtained by using network requesting patterns based on recursive scenarios combining forward and backward network matching and coverage.The returned results may be automatically organized in networked patterns too.The presented exemplary solutions are parallel and fully distributed,without the need of using vulnerable centralized resources,also very compact.This can be explained by fundamentally different philosophy and ideology of SGT which is not based on traditional partitioned systems representation and multiple agent communications.On the contrary,SGT and its basic language supervise and control distributed systems by holistic self-spreading recursive code in wavelike,virus-like,and even“soul-like”mode.
文摘Global and international security cannot be provided from a single point or a set of separate points whatever powerful these might be(even with quantum supercomputers!).It should rather be deeply embedded and integrated with bodies of real systems wherever in physical,virtual,or combined spaces they may exist.So global security capabilities should not only be distributed,but rather be really spatial,self-organized,and dynamic,also exhibiting overall integrity,awareness,and consciousness features.The paper describes applicability of the patented and revealed in 10 books Spatial Grasp Model and Technology(SGT)and its basic Spatial Grasp Language(SGL)which conceptually and functionally match security problems of large distributed and heterogeneous systems.It investigates very practical security solutions for finding and tracing distribution of forbidden items,world roaming criminals,recovery from natural and human-made disasters,tracing and elimination of moving dangerous objects in terrestrial and celestial spaces,as well as analysis and restoration of damaged transport networks.It advises how different security infrastructures can be organized and managed,and how to cooperate and integrate within global security systems with higher awareness and consciousness levels over them.The provided security-oriented version of SGL can be quickly implemented and integrated with existing distributed management and security systems.
