Katedra molekulární biologie a genetiky

Katedrová soutěž o nejlepší fotografii a obrázek

Soutěží se ve dvou kategoriích a v každé z nich je první cena 3000 Kč:

I. Kategorie "Vědecké zásluhy" - vystihuje zásadní průlom ve výzkumu z předchozího roku.

II. Kategorie "Estetika" - fotografie (obrázek) by měla být příjemná na pohled a otevřená všem druhům umělecké úpravy- lidé mohou uvolnit svého vnitřního surrealistu.

Soutěž je pod záštitou docenta Alexandera W. Bruce (Tato e-mailová adresa je chráněna před spamboty. Pro její zobrazení musíte mít povolen Javascript.). Všechny soutěžící bude hodnotit porota složená z akademických pracovníků katedry s přispěním lajků, které soutěžící získají na naší katedrové facebookové stránce https://www.facebook.com/KMBPrFJU

Soutěž vědeckých snímků Katedry molekulární biologie a genetiky pro rok 2022

(galerie fotografii z předešlých let: https://web.prf.jcu.cz/en/kmb/research/image-competition.html)

Valentyna Kuznetsova (Polivka lab)

Futuristic laboratory setting; for the cultivation of algae that emphasizes the focus on sustainability and innovation.

Valentyna Kuznetsova (Polivka lab)

A detailed view of the light-harvesting complex protein; helping to define its role in capturing and converting sunlight into energy for the cell.

Valentyna Kuznetsova (Polivka lab)

The image of two different conformations of phycobilisomes; as seen through cryo-electron microscopy and AI reveals their intricate structure and the changes they undergo in response to their environment.

Hana Sehadová (prepared in collaboration with MSc. Marija Milosavljevic), The Laboratory of Microscopy and Histology

Bark beetle in heaven; A fungus of Beauveria bassiana parasitizing a dead body of the European bark beetle.

Hana Sehadová (prepared in collaboration with MSc. Marija Milosavljevic), The Laboratory of Microscopy and Histology

Rukávník (štuclík); A fungus of Beauveria bassiana parasitizing a dead body of the European bark beetle.

Hana Sehadová (prepared in collaboration with MSc. Marija Milosavljevic), The Laboratory of Microscopy and Histology

Stowaways: Phoretic mites use the European bark beetle to move from place to place, then resettling on the body of another bark beetle.

Hana Sehadová (prepared in collaboration with Ing. Oxana Skoková Habuštová, Ph.D.), The Laboratory of Microscopy and Histology

Sun in the sun: Testes if the lady beetle Harmonia axyridis.

Hana Sehadová (prepared in collaboration with Ing. Oxana Skoková Habuštová, Ph.D.), The Laboratory of Microscopy and Histology

When sperm comb their hair: Testes if the lady beetle Harmonia axyridis.

Hana Sehadová (prepared in collaboration with prof. Michal Žurovec, CSc.), The Laboratory of Microscopy and Histology

The beauty of silk: The silk gland of Tischeria.

Marija Milosavljev (collaboration Hana Sehadova)

Hitmite”; the mite Dendrolaelaps quadrisetus is an invisible "hitman" brought by the bark beetle to its nest, where the mite feeds on its eggs and helps to control this economically important forest pest.

Gabriela Krejčová (Bajgar lab)

Colocalization of injected glucan particles (red) with fluorescently labeled macrophages (green) of Drosophila melanogaster; which makes the glucan particles a potent tool for macrophage-specific delivery

Gabriela Krejcova (collaboration Marcela Nouzova - Bajgar lab)

Ovaries of Aedes aegypti epox mutants (impaired juvenile hormone synthesis, bottom panel); display deficient accumulation of lipids before blood feeding (middle images) and also after blood feeding (right images) compared to wild type (top panel).

Shun-Min Yang (Obornik lab)

Transgenic diatom Phaeodactylum tricornutum; with the expression of green fluorescent protein

Shun-Min Yang (Obornik lab)

Immunofluorescent staining of Phaeodactylum tricornutum

Shun-Min Yang (Obornik lab)

When you look into the detail, the detail is looking at you as well; TEM image of the flagella of Chromera velia.

Shun-Min Yang (Obornik lab)

By Shun-Min Yang from the Laboratory of Evolutionary Protistology.

Rebecca Collier (collaboration Yorgos Nikas – Bruce lab)

SEM of mouse 16-32 cell stage morula embryo

Rebecca Collier (collaboration Yorgos Nikas – Bruce lab)

3D SEM of mouse late mouse morula embryo; note surface attached spermatozoon that lost the race!

Rebecca Collier (collaboration Yorgos Nikas – Bruce lab)

SEM of mouse morula stage embryo: (mounted on a pin head)

Martina Bohuslavova (Bruce lab)

Hatching mouse blastocyst embryo: Clonally microinjected (RFP histone mRNA; pink), IF stained for Keratin 8 (cyan) and PARD6B polarity protein (red) – DAPI counterstain (orange)

Valeriya Zabelina (Bruce lab)

Mouse blastocyst expressing ERK reporter: Clonally microinjected (ERK-mCherry activity reporter mRNA; red & GAP43-GFP membrane marker mRNA – green), early mouse blastocyst. Confocal projection

Valeriya Zabelina (Bruce lab)

Mouse blastocyst expressing ERK reporter: Clonally microinjected (ERK-mClover activity reporter mRNA; green & GAP43-RFP membrane marker mRNA – red), early mouse blastocyst. Confocal projection.

Valeriya Zabelina (Bruce lab)

Mouse blastocyst expressing p38-MAPK reporter: Clonally microinjected (p38-MAPK-mCherry activity reporter mRNA; red & GAP43-GFP membrane marker mRNA – green), early mouse blastocyst. Confocal projection.

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Branišovská 1645/31a, 370 05 České BudějoviceTel. 387 776 201 | Tato e-mailová adresa je chráněna před spamboty. Pro její zobrazení musíte mít povolen Javascript.

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