#mod dn

[fuckyeahcrossoverships]

hey how do you ask a ship again, I remember there were some rules on how to do it but now its gone. explanation please.

The ask feature is still there, actually. It's just the caption has changed into "Give a HC about ur OTP!!!". Functionwise, it's still the same as regular tumblr ask feature. If you're unable to find it in mobile app, tap the speech bubble with a + in it and select the "Give a HC about ur OTP!!!" Option (or the ask option if it's still that).

- Mod DN

[fuckyeahcrossoverships]

*Peeks in*

Oh, hi there! Mod DN here!

Sorry for being quite inactive in this blog (still pretty active in my main tho). But I'm making a comeback now.

Beside the usual shipping post, I would also do some aesthetics just to spice things up. So don't hesitate to ask for an aesthetic of your fav pairings (as long as it's following our guideline, of course).

- Mod DN

[adversariabaedeker-blog]

F4 Biology - Double Membrane Organelles Part 1

Hello kids! I'm going to explain the stuffs on this flashcard set further, in a way I understand them. 1. Mitochondria

Remember mitochondria? The oval teeth thing with double membrane? Yeah, imagine it as the lungs of your cells. During respiration,  food oxidation occurs, yes? You know, the one where oxygen + glucose becomes carbon dioxide + energy? This little oval teeth thing is responsible for that. So here, all the food that gets absorbed are used to produce Adenosine Triphosphate, or ATP as the lazy-arses call them, the instant source of energy for the cells. Therefore, mitochondria are abundant in the cells that require lots of energy! For example, the cell we all once used to be, sperm cell! There's a lot of mitochondria in a sperm cell's midpiece. You need energy to move, right? Similarly, very little mitochondria can be found in ovums. Other easy examples would be your muscle cells and the meristematic cells in plants where energy is needed for rapid cell division. 2. Chloroplast

Back in the lower form, we learnt that chloroplasts are only found in plants because plants don't have teeth to eat, yes? (Dude if they do, imagine eating tooth-clad broccoli. TREES WITH TEETH. HOW COOL IS THAT) Therefore, this lens-shaped organelle with double membrane produce their own food through photosynthesis. How do they do this, you ask? Inside these chloroplasts there's this green pigment called chlorophyll that acts as a sunlight sponge. It traps the light energy from the sun and then convert it into chemical energy aka food for plants. Imagine this. You have a soapy sponge right? You soak it in a pail of water for a while and then squeeze it out somewhere else. You get soapy water, yes? So, since they need sunlight for food, chloroplasts can be found in large numbers in the palisade mesophyll cells, the outermost layer of a plant's epidermis. Now you see that chlorophyll is green pigment, right? Hence, the leaves are green because there's an abundance of the chloroplast on the leaves! Blah I'm babbling. I'll be back for part 2 very soon! - DN

[adversariabaedeker-blog]

F4 Biology - Cell Organelles

[adversariabaedeker-blog]

A plethora of links for SPM candidates under duress.