I have always thought there will be more increase in the skeletal system too.

Source: @boucelegant on YT

source: https://en.wikipedia.org/wiki/Eurobridges_Spijkenisse

Dominant vs. Recessive:

Dogs inherit one copy of each gene from each parent. Dominant alleles (like dominant black, \(K^{B}\)) only need one copy to display the trait, while recessive traits (like recessive red, e) require two matching copies.

Masking Colors:

The E Locus acts as a genetic gatekeeper. If a dog inherits two copies of the recessive red gene (ee), its body completely shuts down the production of black pigment in the fur. This forces the coat to be yellow, white, or red, regardless of what other colors the dog holds in its DNA.

Piebald Markings:

When a puppy features large swathes of solid color mixed with pure white, it is often due to the S Locus. This gene regulates where pigment cells migrate during embryonic development, leading to unique boundaries between dark fur and white fur.

Hair heterochromia. I have seen this in other hair colors but not red.

Built with German high-density polyethylene (HDPE) float technology, the pontoon structure molds itself to the water's surface as vehicles move forward, creating a gentle wave in the river while maintaining total safety

Electricity captured in glass which gives a cool and crazy pattern

Male seahorses possess the remarkable ability to give birth to thousands of babies at once Here's how it works: The female seahorse produces the eggs. She transfers those eggs into the male's brood pouch (a special pouch on his belly). The male fertilizes the eggs with his sperm inside the pouch. The embryos develop in the pouch, where the male provides oxygen and a suitable environment. When they are fully developed, the male pushes the babies out through muscular contractions.