The Biotech Notes

The Biotech Notes is all about biotech. The posts are for students, just simple and easy to understand.

[The Biotech Notes @biotech_notes]

Read our post on SARS-CoV-2 & COVID-19: https://t.co/ZPfk8gnoRm
#SARSCoV2 #COVID19 #TheBiotechNotes #Coronavirus #Awareness #Besafe
(Post got little delayed due to technical issues, hope you still like it)

[The Biotech Notes @biotech_notes]

Read our new post on Gametogenesis

https://t.co/COmLAKL7u2

#gametogenesis #embryology #gametes #thebiotechnotes #biotechnology #science #ScienceEducation

[The Biotech Notes @biotech_notes]

Read about the lysogenic cycle: a mode of bacteriophage reproduction.

https://t.co/mk7wS453qm

#lysogeniccycle #bacteriophagereproduction #science #biotechnology #bacteriophage

[The Biotech Notes @biotech_notes]

Read the blog by The Biotech Notes-

Bacteriophage Reproduction: Lysogenic Cycle. https://t.co/mk7wS453qm via @TheBiotechNotes

[Dylan Burnette @MAG2ART]

The powerhouse of our cells, mitochondria (green), and the genetic information in our cells, DNA (purple), videoed in a cancer cell with three nuclei using a microscope.
#CellBiology #microscopy

[Dylan Burnette @MAG2ART]

Microtubules (blue) love actin filaments (red). Microtubules are sad when you take away the actin (as in the start of this movie). But when you give actin back, you get happy growing microtubules once again.
Growth cone imaged with TIRF #microscopy.
#CellBiology #SciArt

[Justine Dees, PhD @justineldees]

These yellow and orange lichens are just 😍

[Dylan Burnette @MAG2ART]

The is a single cell as seen through a microscope. Actin filaments (purple), mitochondria (blue) the nucleus (orange) are shown. The excitation light caused phototoxicity. Does anyone know how I figure that out?
#CellBiology #Microscopy #SciArt

[Dylan Burnette @MAG2ART]

Three mouse fibroblast cells photographed using structured illumination #microscopy. DNA, mitochondria and actin filaments are shown using multiple color schemes. #CellBiology

[The Biotech Notes @biotech_notes]

Read the post on Real time PCR: https://t.co/KWIYmVCjl9
#thebiotechnotes #biotechnology #realtimepcr #research #AcademicTwitter #molecularbiology #molbio

[The Biotech Notes @biotech_notes]

Real time PCR https://t.co/Rwj682cMHF

[Dylan Burnette @MAG2ART]

The powerhouses of a cell, mitochondria, as seen with “instant” structured illumination microscopy (iSIM). They have much more personality than the static bean-like cartoons in your textbook. #CellBiology

[The Biotech Notes @biotech_notes]

#NewProfilePic

[Dylan Burnette @MAG2ART]

The tips of growing microtubules within a cell as seen through a microscope.
#CellBiology #Microscopy

[Dylan Burnette @MAG2ART]

A crawling cell making a slow left turn. #CellBiology #Microscopy

[The Biotech Notes @biotech_notes]

https://t.co/b4q8hFrVNa

[Dylan Burnette @MAG2ART]

The powerhouses of the cell, mitochondria, in a multi-nucleated cancer cell as seen through a microscope.
#CellBiology #Microscopy

[The Biotech Notes @biotech_notes]

Read the post on Transmission and Pathogenesis of SARS-CoV-2: https://t.co/0uMdXg9Oz2

#SARSCoV2 #coronavirus #COVID19 #biotechnology #thebiotechnotes #science #microbiology #virology #SARS2pathogenesis

[Dylan Burnette @MAG2ART]

Immune System Drama
A neutrophil chasing down a bacterium as seen through a microscope. It’s the “Citizen Kane” of microscopy filmed by David Rogers in the 1950’s. #CellBiology @VUBasicSciences

[The Biotech Notes @biotech_notes]

https://t.co/yUfqnurjXU

[Dylan Burnette @MAG2ART]

DNA and mitochondria in a cancer cell.
Multidimensional data displayed in 2D. TSNE plot; you have been challenged....
#CellBiology #microscopy