ARTICLE ANALYSIS March - May
01
01
VIRUS-LIKE PARTICLES (VLPS) AND VIRAL NANOPARTICLES (VNPS)
TOBACCO MOSAIC VIRUS
GLIOMA MODELS FOR DRUG SCREENING
CHARACTERISTICS OF GLIOMA
CHARACTERISTICS OF GLIOMA
2D
2D
2D
N-GLYCOSYLATION OF GLIOBLASTOMA
GLYCOSYLATION
GLYCOSYLATION
GLYCOSYLATION IN GLIOBLASTOMA
GLYCOSYLATION IN GLIOBLASTOMA
STAY HEALTH
STAY HEALTH
STAY HEALTH
8.07M
Category: educationeducation

Article analysis. March - may

1. ARTICLE ANALYSIS March - May

Erokhina Kristina

2. 01

THEMES OF THE ARTICLES
01
03
Plant viruses in
biotech
VLPs, VNPs, TMV, genetic
engineering
N-glycosylation of
glioblastoma
Molecular profile, tumor cell
proliferation,
posttranslational
modification of proteins
02
Glioma models for
drug screening
Heterogeneity, infiltrative
potential, 2D & 3D cultures,
classification

3. 01

PLANT VIRUSES
IN BIOTECH
VLPs, VNPs, TMV, genetic engineering

4. VIRUS-LIKE PARTICLES (VLPS) AND VIRAL NANOPARTICLES (VNPS)

VLPs is a type of VNPs but without
nucleic acids, which makes it
impossible to replicate.

5.

6. TOBACCO MOSAIC VIRUS


Can be easily get and
purified in many copies
Has a high degree of
flexibility by genetic
engineering

7. GLIOMA MODELS FOR DRUG SCREENING

Heterogeneity, infiltrative potential, 2D & 3D
cultures, classification

8. CHARACTERISTICS OF GLIOMA

Pretty aggressive
● Hard to treat the disease

9. CHARACTERISTICS OF GLIOMA

Pretty aggressive
● Hard to treat the disease

10. 2D

DIFFERENCES BETWEEN 2D & 3D CULTURES
2D
Can’t imitate the
microenvironment
● Only 1 tissue type
3D
No 2D method
troubles
● Hard to cultivate

11. 2D

DIFFERENCES BETWEEN 2D & 3D CULTURES
2D
Can’t imitate the
microenvironment
● Only 1 tissue type
3D
No 2D method
troubles
● Hard to cultivate

12. 2D

DIFFERENCES BETWEEN 2D & 3D CULTURES
2D
Can’t imitate the
microenvironment
● Only 1 tissue type
3D
No 2D method
troubles
● Hard to cultivate

13. N-GLYCOSYLATION OF GLIOBLASTOMA

Molecular profile, tumor cell proliferation, posttranslational
modification of proteins

14. GLYCOSYLATION

A posttranslational
modification of proteins
which is important in tumor
cell proliferation and other
mechanisms.

15. GLYCOSYLATION

A posttranslational
modification of proteins
which is important in tumor
cell proliferation and other
mechanisms.

16. GLYCOSYLATION IN GLIOBLASTOMA

Was higher compared to control samples

17. GLYCOSYLATION IN GLIOBLASTOMA

Was higher compared to control samples

18. STAY HEALTH

OR
WE WILL TREAT YOU!!

19. STAY HEALTH

OR
WE WILL TREAT YOU!!

20. STAY HEALTH

OR
WE WILL TREAT YOU!!
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