@sav_w11: #indianajones @Ashton

savannah
savannah
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Region: US
Saturday 01 November 2025 02:53:35 GMT
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sewel721
Steve :
2025-11-11 14:14:39
0
uncsux
Justin :
The discipline of that dude to look straight ahead is work
2025-11-02 17:59:42
4
jack.o84
jack O :
God bless
2025-11-11 04:29:03
0
emawcat69
Storm Trooper :
One
2025-11-11 12:09:28
0
maryannazzolinanjrealtor
maryannazzolinanjrealtor :
Trush language!!
2025-11-08 04:27:47
0
firetrucktechnician1
steven Fielder :
the guy in red understood the assignment
2025-11-07 16:00:07
0
twistedhaztech
Binkz :
Y’all are stunning
2025-11-08 21:28:02
0
helenlpayan
helen :
PERFFFF
2025-11-01 08:36:50
1
mark.s848
Mark S :
I actually like this trend
2025-11-08 08:57:58
0
lucy.fishkin
lucy ☻ :
So unbelievably tea
2025-11-05 05:54:51
1
javierv9804
javier :
singer 5 rapper 2
2025-11-08 18:04:25
0
jordyncohen23
jordyn :
ATEEE
2025-11-09 08:29:47
1
anthony.shaw87
Anthony Shaw :
2025-11-03 21:17:58
2
ashton.layh
Ashton :
twin TWIN TWINNNN
2025-11-01 02:55:43
1
brookeberanbaum
Brooke :
Perfection
2025-11-01 08:40:59
2
robby.brockmeier
Robby Brockmeier :
I’m in love 😍
2025-11-02 15:06:03
0
dj8669.8
DJ8669 :
2025-11-06 10:14:11
0
miami959595
miami959595 :
At Weeks furniture company in Charleston South Carolina it’s a little slow today because the fair is in town but thanks to you too girls. You cheered us up at Weeks furniture company thank you.
2025-11-02 03:16:58
1
el_eterno_caballero_0416
MiguelGalindo_18 :
2025-11-10 15:18:16
0
johnny.carmon
Johnny Carmon :
Beautiful Ladies 🥰🙏
2025-11-07 20:15:52
0
topcat9999
Robert :
9
2025-11-03 02:23:55
0
vgjsn
vgjsn :
Well done! One of the best.
2025-11-04 09:05:22
0
xbowforthewin
XbowForTheWin :
2025-11-05 18:22:20
0
charlieboyfragran
charlieboyfragrance :
luv brunettes
2025-11-03 21:07:20
0
shaner122
Shane :
✌️😎💜✨
2025-11-05 14:43:17
0
To see more videos from user @sav_w11, please go to the Tikwm homepage.

Other Videos

Here are my favourite Volvox videos from this summer 💚  Volvox is a genus of multicellular freshwater green algae. It is largely used for developmental biology, and to study the transition from single cells to multicellular forms of life.  Can you see how these spherical photosynthetic beauties are creating a water flow around them? They propel all of the other organisms further around 😂   The larger spheres are colonies of small biflagellate cells with smaller aflagellate round colonies inside which are the daughter colonies, or the baby algae. Specialized biflagellated cells are responsible for locomotion and spinning movements toward a light source so they can produce sugar by photosynthesis. Those biflagellated cells also possess an eyespot which is responsible for detecting light and guide the colony towards optimal light conditions. These flagellated cells that compose the large mother colony are all interconnected by small cytoplasmic bridges to allow nutrient transfer and communication between cells. Those bridges are a bit hard to see but still visible in the clips with the white background (brightfield)!   In other words, a Volvox colony is typically formed of two types of cells; germ and somatic. The larger sphere is composed of thousands of somatic cells responsible for photosynthesis and motility. These cells create a water flow around the colony, but they cannot divide and are programmed to die within a few days. Germ cells are nonmotile, but can divide asexually and form new little daughter colonies. These generative cells are basically responsible for  Volvox’s growth and reproduction and are practically immortal!  When the mother colony breaks open, the young colonies can escape and start their life! The cycle can then start again ☺️  Video taken with my iPhone mounted on my brand new BA310E Motic microscope with an @ilabcam ultra adapter 🔬   References: David L. Kirk, Germ–Soma Differentiation in Volvox, Developmental Biology, Volume 238, Issue 2 (2001)  Fenchel, T. (2013). Ecology of Protozoa: The biology of free-living phagotropic protists. Springer-Verlag.  Umen, J.G. Volvox and volvocine green algae. EvoDevo 11, 13 (2020) . #fyp #microscope #biology #Science
Here are my favourite Volvox videos from this summer 💚 Volvox is a genus of multicellular freshwater green algae. It is largely used for developmental biology, and to study the transition from single cells to multicellular forms of life. Can you see how these spherical photosynthetic beauties are creating a water flow around them? They propel all of the other organisms further around 😂 The larger spheres are colonies of small biflagellate cells with smaller aflagellate round colonies inside which are the daughter colonies, or the baby algae. Specialized biflagellated cells are responsible for locomotion and spinning movements toward a light source so they can produce sugar by photosynthesis. Those biflagellated cells also possess an eyespot which is responsible for detecting light and guide the colony towards optimal light conditions. These flagellated cells that compose the large mother colony are all interconnected by small cytoplasmic bridges to allow nutrient transfer and communication between cells. Those bridges are a bit hard to see but still visible in the clips with the white background (brightfield)! In other words, a Volvox colony is typically formed of two types of cells; germ and somatic. The larger sphere is composed of thousands of somatic cells responsible for photosynthesis and motility. These cells create a water flow around the colony, but they cannot divide and are programmed to die within a few days. Germ cells are nonmotile, but can divide asexually and form new little daughter colonies. These generative cells are basically responsible for  Volvox’s growth and reproduction and are practically immortal! When the mother colony breaks open, the young colonies can escape and start their life! The cycle can then start again ☺️ Video taken with my iPhone mounted on my brand new BA310E Motic microscope with an @ilabcam ultra adapter 🔬 References: David L. Kirk, Germ–Soma Differentiation in Volvox, Developmental Biology, Volume 238, Issue 2 (2001) Fenchel, T. (2013). Ecology of Protozoa: The biology of free-living phagotropic protists. Springer-Verlag. Umen, J.G. Volvox and volvocine green algae. EvoDevo 11, 13 (2020) . #fyp #microscope #biology #Science

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