He's a star .:⭐:. light on water
بسم الله الرحمن الرحيم
| 2 | الطارق | ما | أدراك | وما | 1 | والطارق | والسماء | ARABIC |
| מה | ומה | והשמים | HEBREW | |||||
| Terik | kau | Terik | JAWI | |||||
| the Taariq | what | you know | and what | and the Taariq | By the heaven |
| 4 | حافظ | * عليها | لمّا | نفس | كل | إن | 3 | الثاقب | النجم |
| עליה | אולם | נפש | כֹּל | ||||||
| nafas | nujum | ||||||||
| guardian | upon her | but | breath | every | not | the piercing | the star |
فأرسلنا إليها روحنا
فتمثل لها بشرا سويا
Q19:17 | נצרת
The Holy Quran
reveals many verse
regarding creation
e.g. Human | QA
فتمثل لها بشرا سويا
Q19:17 | נצרת
The Holy Quran
reveals many verse
regarding creation
e.g. Human | QA
| 5 | خلق | ممّ | الـإنسان | فلينظر |
נוצר |
ממה | אנוש | נצר |
|
| insan | dia | |||
| created | from what | the man | so let him watch |
| 7 | والتّرائب | الصّلب | بين | من | يخرج | 6 | دافق | ماء | من | خلق |
| הצלב | בין | מן | מים | מן | ||||||
| sulbi | dia | |||||||||
| and the ribs | the backbone | between | from | he emerges | emitted | water | from | created |
WONDER is it the spine emitting water, and this water energizes cells
as in air becomes water, and this water energizes male X, Y cells into sperms
similar to male X cells, can female X cells be energized as well .:❄️⚡:. RUH
as in air becomes water, and this water energizes male X, Y cells into sperms
similar to male X cells, can female X cells be energized as well .:❄️⚡:. RUH
 Universe |  Chemistry |  Dear Biologist |  Man |  Genie |
4 comments on "Taariq"
כיצד נוצר היקום מהבלתי נראה
Electron guy .:❄️⚡:. Shine . Dew
IMAGINE high energy cell divides
So if egg X is charged, which condenses so it fragments and electrifies as sperm X, which then fertilizes another (normal) egg ... will this increase volume and charge it has to divide. So it divides until big enough to form blood vessels (embryo).
If that is the mechanism, it means cells need that volume and charge to divide.
Relevance And Regulation Of Cell Density
Gabriel E. Neurohr and Angelika Amon
"This tight control indicates that maintenance of a cell type-specific cell density is important for cell function. Indeed, pathological conditions such as cellular senescence are accompanied by changes in cell density ...
The density (ρ) of a cell is defined by its relative water (ρ=1g/mL) content and composition of dry mass. Cellular water content ranges from 60–80% depending on cell type and culture conditions [1–4]. The major constituents of cellular dry mass are proteins (ρ=1.3–1.43g/mL,), nucleic acids (ρ= 2g/mL,), carbohydrates (ρ=1.55–1.62g/mL) and lipids (ρ= 0.91–1.01g/mL) [5–8]. The relative composition of dry mass varies between different cell types and growth conditions (Table 1). Proteins are the largest contributor to a cell’s dry mass (40–60%) ...
Optical methods have also been developed to determine cell density. When light passes through a translucent object like a cell, it is slowed down resulting in a phase shift. The extent of this phase shift (optical depth) is proportional to the sample thickness ...
In human cells, density is remarkably constant throughout the cell cycle, except during mitosis, when cells experience a rapid cell volume increase and a corresponding decrease in cell density [41–43]. With roughly 0.5% change in cell density, these fluctuations are relatively small and correspond to the density change caused by a 10% increase in cell volume by water influx"
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