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Additional file 1: Figure S1. Distribution of A/B compartments along the chicken chromosomes 3, 5 and 6 in embryonic fibroblasts compared with the chromomeric pattern in the corresponding lampbrush chromosomes. Figure S2. Examples of constitutive B compartment regions in previously studied chicken cell types. Table S1. Genomic regions mapped on chicken lampbrush chromosomes and marked on the coordinate line on Figures 1, 2, 3, 4, 5, Additional file 1: Figure S1, according to the chicken genome version 5 (galGal5). Table S2. The list of BAC clones containing fragments of chicken genomic DNA from the CHORI-261 library that were used as DNA-probes for FISH; coordinates are indicated according to the chicken genome version 5 (galGal5).

Additional file 1: Supplementary Figure1. Positioning of chromomere 4 on GGAW after immunodetection of H4Ac. FISH with oligonucleotide probe to CNM repeat after immunostaining of GGAW with antibodies against H4Ac. a – H4Ac, a’ – DAPI, a” – FISH with oligonucleotide probe to CNM repeat (green) merged with H4Ac (red) and DAPI (blue). Numbers (1–7) indicate individual chromomeres of GGAW from free terminus to chiasma with the chromosome Z. Scale bar – 10 μm. Supplementary Figure 2. FISH with the DNA-probes to the chromomere bearing LL32 on GGA3 q-arm after immunodetection of H4Ac and H3K9me3. a – immunodetection of H4Ac on GGA3, f –immunodetection of H3K9me3 on the fragment of GGA3. b, g – DAPI staining. c, h – FISH with the DNA probes #16–6 and #16–4 to the chromomere bearing LL32 correspondingly. d, i – merged a-c and f-h images correspondingly (immunostaining – red, DAPI – blue, FISH signals – green). a’-d’, f’-i’ – enlarged areas of panels a-d and f-i, framed on d and i. Arrows indicate FISH signals. Scale bars on panels a-d, f-i – 20 μm, on panels a’-d’, f’-i’ – 10 μm. e, j – maps of H4Ac and H3K9me3 distribution on GGA3 correspondingly. DAPI-positive chromomeres – white circles, DAPI-negative chromomeres – black circles, DAPI-positive chromomeres enriched with H4Ac or H3K9me3 – green circles, DAPI-negative chromomeres enriched with H4Ac or H3K9me3 – orange circles. Arrows indicate chromomeres hybridized with the corresponding DNA probes. Dashed line (j) indicates border of the GGA3 fragment (f-i). CEN – centromere position, TBL – telomere bowlike loops. LL32 – lumpy loop 32. Supplementary Figure 3. FISH with the DNA-probes to individual chromomeres of GGA4 after immunodetection of H4Ac or H3K9me3. a – immunodetection of H4Ac on GGA4. f – immunodetection of H3K9me3 on GGA4. b, g – DAPI staining. c, h – FISH with the DNA probes #3 + #18 and #6 + #17 to individual chromomeres of GGA4 q-arm correspondingly. d, i – merged a-c and f-h images correspondingly (immunostaining – red, DAPI – blue, FISH signals – green). Enlarged areas of panels a-d and f-i, framed on d and i correspondingly: a’-d’ – DNA probe #18; a”-d” – DNA probe #3, f’ - i’, f”-i” – DNA probe #6; f”‘-i”‘– DNA probe #17. Arrows indicate FISH signals, arrowhead (h) – position of chromosome termini. Scale bars on panels a-d, f-i – 20 μm, on panels a’-d”, f’-i”‘– 10 μm. e, j – maps of H4Ac and H3K9me3 distribution on GGA4 correspondingly. DAPI-positive chromomeres – white circles, DAPI-negative chromomeres – black circles, DAPI-positive chromomeres enriched with H4Ac or H3K9me3 – green circles, DAPI-negative chromomeres enriched with H4Ac or H3K9me3 – orange circles. Arrows indicate chromomeres hybridized with the corresponding DNA probes. CEN – centromere position, GITERA – giant terminal RNP aggregates.

в данной статье рассматриваются нетрадиционные формы вовлечения родителей в жизнь дошкольной организации, приводятся примеры создания условий работы с родителями. Отмечается важность индивидуального подхода к семье.

The existing Compact Muon Solenoid (CMS) Endcap Hadron Calorimeters (HE) have been in operation for several years and contributed substantially to the success of the CMS Physics Program. The High Luminosity Large Hadron Collider (HL-LHC) performance criteria, however, require a re-examination of the ability of the detector active material and electronics to meet the requirements of 3000 fb$^{-1}$ [1, 2]. Based on these studies, CMS proposes the replacement of the Endcap Calorimeters, which cover the region of pseudorapidity $1.5