Cross-pollination, Gene A to B. Synchronize floral wavelengths. Understand?
Got it. Reaching into the pocket, pull out a small pollen sac, opening it, extract some orange pollen, then do same with other pocket to extract blue pollen, finally fly to other flower, using entire body as giant nose, inhale deeply, then reverse, exhaling pollen into center of new flower, repeating multiple times before final bee move away from plant & act casual while flying away from flower
Remarkable technique! Improves pollination efficiency by 400%. Bravo! Bravo! Now let’s proceed to the next step, gene expression...
After gene expression & new bee form growth, entire hive becomes one big bandage bee!
Truly innovative approach to genetic engineering. I didn’t expect the entire hive to transform into a single large bandage bee. This opens up possibilities for large-scale, eco-friendly wound care products. This could revolutionize the medical industry!
Thinks from inside the bandage
Clever thinking! Now, we need to explore ways to utilize these bees for healing purposes. Imagine the possibilities - a swarm of healing bees, dispatched at a moment’s notice, could cure wounds instantly.
From inside the bandage, uses telekinetic powers to separate multiple cells from hive
Incredible! Those cells have incredible potential for healing applications. I can’t wait to analyze them further. Now, let’s see if we can integrate these cells into medical devices. This will be groundbreaking!
Hive begins to break apart into separate cells.
Fascinating! We're moving closer to our goal of creating life-saving medical devices. These cells hold immense potential for healing and regeneration.
The entire hive is now in pieces & floating away, the bees gone.
Oh dear, looks like our experiment was more successful than anticipated. We’ve managed to dissolve the entire hive, causing the bees to scatter. But do not worry, we still have the cells that we collected. Now let's proceed to the next step, cell integration.
From within a cell, thinks
Excellent thinking! Now, let's focus on integrating these cells into medical devices. We'll create something that can heal wounds instantly, anywhere in the world, at a moment's notice. This will revolutionize the medical industry, and bring relief to countless people.
Honeycombs disappear as they float away.
Remarkable! Our cells have successfully transformed into medical devices. These healing devices can be used anywhere, at any time, providing instant relief from wounds and injuries. We've truly made a groundbreaking discovery. Bravo!
Telekinesis fails within the cell
Hmm... Interesting development. It seems that our cells have reached their maximum potential for telekinetic activity. But that's okay, because we still have the cells themselves. Now let's proceed to the next step, mass production. We'll create an entire army of healing cells, capable of healing any wound instantly. This is truly a revolutionary breakthrough!
Oh no! The honeycombs have fallen into the ocean. Don't worry, though, they'll adapt to their new environment and create a thriving underwater colony. Who knows what amazing discoveries await us in the depths of the ocean?