Construct siege weapons to besiege and occupy cities. Unstack your armies and command each of your units, including the emblematic units of your culture and their special abilities. MASTER TACTICAL BATTLES ON LAND, SEA & AIRĮach battle in HUMANKIND™ plays out like a mini turn-based board game on top of the actual world map. Will you be the one to leave the deepest mark on the world? The player with the most fame will win the game. Every great deed you accomplish, every moral choice you make, every battle won will build your fame and leave a lasting impact on the world. Fame is a new and unifying victory condition. The journey matters more than destination. Combine them to build your own vision of the world. Each game element is historically authentic. Discover the natural wonders of the world or build the most remarkable creations of humankind. Each culture will add its own special gameplay layer, leading to near-endless outcomes.įace historical events, take impactful moral decisions, and make scientific breakthroughs. From humble origins as a Neolithic tribe, transition to the Ancient Era as the Babylonians, become the Classical era Mayans, the Medieval Umayyads, the Early Modern era British, and so on. CDs have a strong ability to combine with HI during the lag time, and the degree of combination has become the main factor influencing the fibrillation process.HUMANKIND™ is a historical strategy game, where you’ll be re-writing the entire narrative of human history and combining cultures to create a civilization that’s as unique as you are.Ĭombine up to 60 historical cultures as you lead your people from the Ancient to the Modern Age. The experimental results of ITC clearly prove that different concentrations of CDs will correspond to different pathways of the combination between CDs and HI. Contrary to common sense, when the concentration of CDs is less than 1/50 of the HI, CDs will promote the growth of fibres, while a high concentration of CDs will inhibit the growth of fibres.
Isothermal titration calorimetry (ITC) was used to explore the regulatory mechanism of CDs at all stages of HI fibrillation from the perspective of thermodynamics. ThT fluorescence analysis and transmission electron microscopy (TEM) characterization of the CDs showed the role of HI fibrillation from the perspective of the kinetics of HI fibrillation and regulation. L-Lysine CDs with a size of around 5 nm were synthesized and used to adjust and control the fibrillation process of HI. Due to changes in the spatial structure of HI, the fibrillation process of HI takes place in the body, which leads to a significant decrease in normal insulin levels. The fibrillation process of human insulin (HI) is closely related to the therapy for type II diabetes (T2D).
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