|
||||||
| Field | Description |
|---|---|
| name | alteration of the rat cecal microbiome during colonization with the helminth hymenolepis diminuta |
| sra | prjna270622 |
| datamd5 | e74c02fc1d19bbeb0eddf60f15ae1261 |
| mapmd5 | aa06f66a41ed72b10e4ca8b97f8a4528 |
| Exp. ID | User ID | Description | Date | Region | Flag | Sequences |
|---|---|---|---|---|---|---|
| 186 | amnon | lower in rats chronically infected with helminth ( high in control compared to parasitic helminthiasis infectious disease hymenolepis diminuta in rattus rat sprague dawley research facility caecum united states of america ) | 2017-08-23 | v4 | No | 3 |
| Field | Description |
|---|---|
| description | lower in rats chronically infected with helminth |
| type | diffexp |
| num_sequences | 3 |
| region | v4 |
| flags | 0 |
| agent | calour |
| method | na |
| date | 2017-08-23 |
| username | amnon |
| private | n |
| all | rattus |
| all | rat |
| all | sprague dawley |
| all | research facility |
| all | caecum |
| all | united states of america |
| high | control |
| low | parasitic helminthiasis infectious disease |
| low | hymenolepis diminuta |
high: experimental factor na material property control role
low: cyclophyllidea disease by infectious agent cellular organisms continuant hymenolepididae cestoda disease entity na taxonomy root bilateria parasitic infectious disease material entity opisthokonta experimental factor eumetazoa platyhelminthes hymenolepis <cestoda> parasitic helminthiasis infectious disease organism eucestoda metazoa hymenolepis diminuta independent continuant eukaryota
all: cellular organisms rattus subdivision of tube gnathostomata <vertebrate> rattus norvegicus geographic location continuant organism part deuterostomia glires euteleostomi dipnotetrapodomorpha amniota boreoeutheria entity myomorpha geographic feature organ part united states of america na eutheria rodentia taxonomy root tetrapoda mammalia subdivision of digestive tract material anatomical entity muridae teleostomi chordata sprague dawley anthropogenic geographic feature bilateria material entity craniata <chordata> opisthokonta experimental factor vertebrata <metazoa> euarchontoglires eumetazoa anatomy basic component astronomical body part caecum digestive tract diverticulum sarcopterygii multicellular anatomical structure anatomical structure rat anatomical entity murinae research facility organism construction muroidea metazoa independent continuant theria <mammalia> fiat object eukaryota animal
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