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A Multilevel Model Integrating Regenerative Biology and Social Life-Preservation Systems

Mark Herbert, PhD

Queens, New York 11354, USA, ma8080@gmail.com

Abstract: The pursuit of extended human lifespan has moved from philosophical speculation to a scientific challenge involving regenerative biology, aging research, and social systems. Stem cells possess the capacity for self-renewal and differentiation, enabling continuous tissue regeneration and maintenance of organismal integrity. However, aging arises from complex biological processes including genomic instability, telomere attrition, mitochondrial dysfunction, and stem cell exhaustion. These processes collectively limit regenerative capacity and contribute to age-related mortality. This paper proposes an integrated framework that combines biological regeneration with social systems designed to prevent avoidable deaths. Drawing on comparative biological examples—including hydra, planarian flatworms, and the jellyfish Turritopsis dohrnii—the study explores mechanisms of negligible senescence and biological rejuvenation observed in nature. Hydra populations, for example, show no measurable increase in mortality with age, suggesting potential biological immortality linked to continuous stem cell renewal. The paper introduces a mathematical longevity model describing lifespan as a function of regenerative capacity and social survival conditions. Five theoretical propositions are proposed to explain the interaction between biological and sociological mechanisms of life preservation. The analysis suggests that long-term human survival depends on the combined development of regenerative medicine and institutional systems that reduce socially produced mortality. This integrated perspective provides a conceptual pathway toward what may be termed sociobiological longevity, in which biological and social systems jointly extend the human lifespan.

[Mark Herbert. A Multilevel Model Integrating Regenerative Biology and Social Life-Preservation Systems. Stem Cell. 2026;17(1):1-3] ISSN: 1945-4570 (print); ISSN: 1945-4732 (online). http://www.sciencepub.net/stem. 1. doi:10.7537/marsscj170126.01

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Establish the Australian Indonesian Monsoon Time Scale and break out the mysteries of the Australian Indonesian monsoon

Gangadhar

H.No.5-30-4/1, Saibabanagar, Jeedimetla, Hyderabad, India-500055

Email:  gangadhar19582058@gmail.com

Abstract:  There are many mysteries and unsolved issues in the monsoonal climate and Weather systems that cannot explain and solve. I proposed and designed the Basics of Monsoon Time Scales for all world global, regional, local monsoon systems along with countries for unraveling the mysteries of climate, weather, monsoons; studying the characteristics of mechanism of climate, weather and monsoons and exercising the benefits of mankind and development of monsoonal climate and weather sciences.  According to the researches and studies on the Monsoon Time Scales, it is known that there will be major global climate changes in the coming years "i.e"  heavy rains, floods and storms etc. will occur until about 2075 and there will be droughts and famines etc. until about 2150. Through the establishment of Monsoon Time Scales, we can know the future consequences of the climate changes. Plans can be made accordingly. So, scientists can establish the Monsoon Time Scale and predict what is going to happen in the monsoonal climate in the coming years roughly. I call on the world scientists to design and establish the Monsoon Time Scales following the Basics of Monsoon Time Scales outlined below, based on the India Monsoon Time Scale which is successfully proved out in practice. Australian-Indonesian monsoon is a key system in  global monsoon systems. I have conducted many scientific researches on this monsoon system  and as a part these researches, I proposed and designed the Basics of Australian-Indonesian Monsoon Time Scale  which can help to study the past, present and future conditions of the Australian-Indonesian  monsoon. In the current year 2022, the pre-path of Indian summer monsoon was traveling upwards and reached to the 29th June. Below this, the main-path of Indian summer monsoon also traveled upwards parallel to the pre-path of Indian summer monsoon with a difference of about 30 days and reached to the 29th July, As it moves further up, changes in the climate are likely increasing and there are more chances of heavy rains and floods in the coming years.        

[Gangadhar. Establish the Australian Indonesian Monsoon Time Scale and break out the mysteries of the Australian Indonesian monsoon. Stem Cell. 2026;17(1):4-88] ISSN: 1945-4570 (print); ISSN: 1945-4732 (online). http://www.sciencepub.net/stem. 2. doi:10.7537/marsscj170126.02

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