The Miracle of the Cell (Privileged Species Series)

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Ji, Yong-jin (19 March 2013). "MIRACLE IN CELL NO. 7 Passes MASQUERADE to Become 3rd Most Successful Korean Film". Korean Film Council . Retrieved 2013-03-20. Koğuştaki Mucize filmi nasıl? İşte 7. Koğuştaki Mucize filmi oyuncuları ve konusu". onedio. 20 November 2019 . Retrieved 28 May 2020. Miracle in Cell No. 7' third most-viewed Korean film". The Korea Herald. 15 March 2013. Archived from the original on 2013-03-20 . Retrieved 2013-03-20. Of course, nature’s fitness for the cell is not the same as its fitness for human biology. There are many additional elements of fitness in nature which appear to be specifically tailored for beings of our biochemical and physiological design. Some of these have been discussed in Fire-Maker, The Wonder of Water, and Children of Light. But without the astonishing abilities of cells to migrate through the developing embryo following chemical gradients, to change shape, and to morph into various diverse cell types—red blood cells, photoreceptors, epithelial cells, leucocytes, and so forth—no complex multicellular organism would be possible. In effect, the fitness of nature for humans necessitates the prior fitness of nature for the cell. Cells are the crucial stepping stones on the road to humankind. There is much more to discover about the cell, but even from our current limited knowledge of its depths it is clear that this tiny unit of compact, adaptive sophistication constitutes something like a third infinity. Where the cosmos feels infinitely large and the atomic realm infinitely small, the cell feels infinitely complex.

Miracle in Cell No. 7 (2022) - IMDb Miracle in Cell No. 7 (2022) - IMDb

MY MAIN AIM IN THE PRIVILEGED SPECIES SERIES IS TO PRESENT the evidence that nature is uniquely fit for life as it exists on Earth, not just for the generic carbon-based cell, but also for beings of our biology, and thus to show that the cosmos is not just biocentric but also (no matter how unfashionable it may be in certain quarters) anthropocentric as well. Lastly, I hope the reader will view the video showing a white blood cell chasing bacteria across a coverslip cited in Chapter 1. Watching it conveys something of the amazing nature of these extraordinary, tiny entities, the basic units of all life on Earth. 1. THE AMAZING CELLDr. Michael Denton’s new book The Miracle of the Cell (2020), is a real treat. His approach to the design inference is different from that of other prominent ID researchers’, which makes his writings quite refreshing. I recommend reading the book along with watching some of the fine videos featuring Denton because his awe of nature and the enthusiasm with which he communicates his findings are not fully conveyed through the written word. The primary duty of the cell membrane is to enclose the cellular organelles so as to keep them intact. However, it has a far more complex function than this. It supplies the substances vital for the continuity of the cell and its functions from the extracellular environment. Outside the cell, there are countless chemical substances. The cell membrane recognizes the substances essential for the cell and only lets them in. It acts very economically and never allows in more than what the cell needs. Meanwhile, it detects harmful wastes in the cell right away and, without losing any time, discharges them from the cell.

Miracle in Cell No. 7 (2019) - IMDb Miracle in Cell No. 7 (2019) - IMDb

Nadine Lustre was supposed to play Padilla's role but withdrew from the film project citing a need to take a break after her stints with two 2019 films, Ulan and Indak. [2] Marketing [ edit ] Kross Pictures to produce the official Hindi remake of the movie in collaboration with Indian Film Studios and was directed by Umesh Shukla. [28] Lee, Tae-ho (18 October 2012). "Park Shin-hye, Ryoo Seung-ryong's New Film Wraps Up Shooting". 10Asia . Retrieved 2012-11-18.Sunwoo, Carla (1 February 2013). "Actor, actress take to their roles". Korea JoongAng Daily. Archived from the original on 2013-02-04 . Retrieved 2013-02-01. {{ cite web}}: CS1 maint: unfit URL ( link) Viscous drag is the tendency of a fluid to resist flow and is a result of a fluid’s viscosity. Mammals have 1000 capillaries per square millimeter. Capillaries are 40 microns apart. Most cells are one to three cell widths from a capillary. The viscous drag of water when pumped through capillaries causes pressure in the capillaries. If the viscosity of water were much greater, the thin cell walls of capillaries would rupture. The cell walls of the capillaries need to be thin to facilitate the diffusion of oxygen and nutrients. The viscosity of water facilitates the rapid diffusion of oxygen and nutrients by permitting the rapid flow of blood through capillaries. If water were less viscous, the increased mobility of water molecules would make cellular structures less stable. Denton explains: ATP is the cell’s energy currency. A single cell uses 10 million ATP molecules per second, meaning there is roughly a turnover of your body weight in ATP every day. Since there are only 60 g of ATP in our bodies at any given time, each ATP molecule must be used and recharged twice a minute. ATP is thermodynamically unstable but kinetically stable, making it ideal for powering the cell; ATP is stable until it is associated with an enzyme where it releases its thermodynamic energy by being hydrolyzed to adenosine diphosphate (ADP). The negative charges in the phosphate groups make ATP kinetically stable (would have to form a highly charged polyion to form ADP). ATP is universal in all living things—there is no other molecule like it. The chemistry of phosphorus is responsible. If there was no phosphorus, there would be no life. If the elements were not designed specifically to accommodate life, we should be able to detect spots where improvement could be done or where one element could be substituted for another. According to Denton, this seems not to be the case.