Table:
0
A
B
C
D
E
F
1
common name
protein name
divergence from human lineage (MYA)
accession number
sequence length (aa)
sequence identity to human protein
2
gorilla
protein SOGA2
8.8
XP_004059220.1
1586
99%
3
baboon
protein SOGA2
29
XP_003914218
1587
98%
4
galago
protein SOGA3
74
XP_003801047.1
1583
88%
5
rat
CCDC165
92.3
XP_237548.6
2060
81%
6
mouse
SOGA2
92.3
NP_001107570.1
1893
80%
7
house cat
protein SOGA2
94.2
XP_003995077.1
1700
84%
8
cow
CCDC166
94.2
XP_581047.5
1525
74%
9
African Elephant
CCDC167-like
98.7
XP_003406836.1
1544
73%
10
zebra Finch
protein SOGA2
296
XP_002193121.1
1598
69%
11
Red JungleFowl
CCDC165
296
XP_423729.3
1600
70%
12
Carolina anole
uncharacterized protein KIAA0802-like
296
XP_003225723.1
1839
67%

Questions and formulas:
Question: Which accession number has a protein name of ccdc165, and a divergence from human lineage (MYA) smaller than 296?
Formula: LET(query1,LET(query1,FILTER(A1:F1,B1="ccdc165"),SUMMARIZE(CHOOSECOLS(query1,4),SUMX(CHOOSECOLS(query1,3)))),FILTER(query1,CHOOSECOLS(query1,2)<296))
Formula2: LET(query1,LET(query1,FILTER(A2:F12,B2:B12="ccdc165"),SUMMARIZE(CHOOSECOLS(query1,4),SUMX(CHOOSECOLS(query1,3)))),FILTER(query1,CHOOSECOLS(query1,2)<296))
Level: hard
Question: Which sequence identity to human protein has a divergence from human lineage (MYA) larger than 8.8, and a sequence length (aa) larger than 1587, and a protein name of soga2?
Formula: LET(query1,LET(query1,FILTER(A1:F1,B1="soga2"),SUMMARIZE(CHOOSECOLS(query1,6),SUMX(CHOOSECOLS(query1,3)),SUMX(CHOOSECOLS(query1,5)))),FILTER(query1,(CHOOSECOLS(query1,2)>8.8)*(CHOOSECOLS(query1,3)>1587)))
Formula2: LET(query1,LET(query1,FILTER(A2:F12,B2:B12="soga2"),SUMMARIZE(CHOOSECOLS(query1,6),SUMX(CHOOSECOLS(query1,3)),SUMX(CHOOSECOLS(query1,5)))),FILTER(query1,(CHOOSECOLS(query1,2)>8.8)*(CHOOSECOLS(query1,3)>1587)))
Level: hard