Micronesian maritime piloting charts as bioimaging proxies for the rescue of cells on the apoptotic trajectory

Teaching Chess History to Students in Natural Sciences: How to Do It and Why

“…Conceptual novelties, in fact, can be more modest and take the form of, for example, reversal of the cores and shells of typical composite nanoparticle compositions used in tissue engineering and drug delivery 4 , or the reversal of the mainstream idea of controlling the differentiation of stem cells into various phenotypes by focusing instead on the conversion of differentiated primary cells to a pluripotent phenotype 5 . Conceiving of a nanoparticle modeled after an astral body 6,7 ; creating models for predicting cell fate based on the indigenous arts of African storytelling 8 and Micronesian canoe voyaging 9 ; proposing alternative biological models for assessment of material properties 10,11 and models for assessing the journey of a nanoparticle through the body 12 also count among such modest conceptual innovations in the materials science world. Another example can be that of lipid bilayer vesicles, aka liposomes, as drug delivery carriersproposing them for this role counts as a remarkable conceptual innovation, but altering Each game selected for this course was the result of long and exhaustive analyses and over thirty years of personal experience in the theory and history of chess.…”

Innovation of Physics E-Module: Utilizing Local Wisdom of Lampung's Handwritten Batik in Teaching Heat and Temperature Material to Foster Students' Scientific Attitude

“…Although research based on local wisdom has shown great potential in improving students' education and scientific attitudes, there are still several gaps or gaps in the understanding of this concept [19], [20]. One gap that needs to be explored further is how to measure and evaluate the effectiveness of applying local wisdom in achieving science learning goals [21]. More in-depth research is needed to identify valid and measurable performance indicators in the context of local wisdom [22].…”

How the Game of Soccer can Foster Creative Research in Natural Sciences

“…Analytics making use of the real-time acquisition of positional data pertaining to the movement of the ball and of every player on the pitch so as to predict the goals and other key events in a game are intensely researched, but are yet to make groundbreaking strides (Rein & Memmert 2016;Mead et al 2023). Nevertheless, it is foreseeable that advances in the science of proxemics, which has been appliedwith success in cell and population biology (Uskoković et al 2022;Uskoković 2022a;Uskoković 2022b), will expand the knowledge on optimal teamwork in soccer. For example, individual player's heat maps and kinematic variables indicative of distances between players, spaces covered by players and other collective patterns within a team are being routinely collected using global and local positioning systems and video cameras (Rico-González et al 2020;Errekagorri et al 2022;Moniz Carvalho et al 2021) and fed into data analytics models ranging from as simple as Goals Added (G+) (Muller 2023) or Expected Goals (xG) (Kullowatz 2017) to more complex ones, but their potentials for use in creating precise tactical setups and boosting the team performance are just starting to be unlocked.…”