Born to research

🌿Sara~ 21~ Italian ~ Doctor in Biotechnology~ traveler🌿

[ariuna966]

Antibiotic resistent bacteria from industrial cheese 💉📚

[ariuna966]

Methodics for microbiology lab today 🤗🔬

[studyblr]

fall mood

[ariuna966]

Tea moment 🍵

[fabiostudy-blog]

Ohhh man!! I love doing swatches 😌😍 I finally started a studygram where I will post many notes and my handwriting, so check it out and go follow me on there: @fabiostudies

[ariuna966]

Paradise ~

[ariuna966]

Paradise ~

[ariuna966]

[ariuna966]

~~sardinia sea~~

[ariuna966]

🤗❤

if you want to support me, download this app using the code SHIBE for a bonus ❤🤗

[pinkwinged-deactivated20230125]

Hayley

So many books and so little time…

[hydrogeneportfolio]

The complete ‘Women Who Changed Science - And The World" collection in honor of the 95th Women’s Equality Day.

Purchase Here!

[ariuna966]

🤗❤

if you want to support me, download this app using the code SHIBE for a bonus ❤🤗

[amolecularmatter-blog]

Scanning electron micrograph of a T4 bacteriophage. Viruses infect every known organism on Earth; these peculiar bug-like ones infect bacteria.

[daisukerichard444]

#イラスト #illustration

[ariuna966]

Studying molecular biology~🎓📚🔬

[cancerbiophd]

04.14.17 // my lab bench, on a good day. here i’m doing a protein quantification assay using a commercialized Bradford assay. the link provides an in-depth description of how the assay works, but basically the presence of protein changes the bradford dye from red to blue (so more blue = more protein), and a spectrophotometer can read the absorbance and spit out a number. you can then take that number and match it to your standard curve, which is a bunch of serial dilutions of a known amount of protein (we use BSA), to find your protein concentration. now i can use this protein in a western blot (where i have to add the same concentration of protein per sample).