Table 5.

Depicts sensitization rates to honeybee and yellow jacket venom allergens in Hymenoptera venom allergic patients as reported in the literature

Allergen source/allergens	Name/function	Sensitization frequency (%)	No. of patients	Reference
Apis mellifera
rApi m 1	Phospholipase A2	79 57 78 78 72 97	34 175 100 23 144 100	Hofmann 2011 [37] Korosec 2011 [45] Sturm 2011 [47] Muller 2012 [44] Kohler 2014 [46] Muller 2009 [26]
rApi m 2	Hyaluronidase	46 52 48	82 40 144	Hofmann 2011 [37] Sturm 2011 [47] Kohler 2014 [46]
rApi m 3	Acid phosphatase	38 50	40 144	Grunwald 2006 [55] Kohler 2014 [46]
nApi m 4	Melittin	27 42 23	82 40 144	Hofmann 2011 [37] Sturm 2011 [47] Kohler 2014 [46]
rApi m 5	Dipeptidylpeptidase IV	60 58	35 144	Blank 2010 [56] Kohler 2014 [46]
rApi m 6	Serine protease inhibitor	26	31	McIntyre 2012 [57]
rApi m 10	Icarapin	49 62	68 144	Blank 2011 [58] Kohler 2014 [46]
rApi m 11a (0101) rApi m 11b (0201)	Major royal jelly protein 8/9	15/34	47	Blank 2012 [59]
rApi m 12	Vitellogenin	44	45	Blank 2013 [60]
Combination	rApi m 1, rApi m 2, rApi m 3, nApi m 4, rApi m 5, rApim 10	94	144	Kohler 2014 [46]
Combination	rApi m 1, rApi m 2, rApi m 3, rApi m 5	92	86	Cifuentes 2014 [36]
Vespula vulgaris
rVes v 1	Phospholipase A1	79 54 39 58	14 148 86 109	Seismann 2010 [35] Ebo 2013 [39] Cifuentes 2014 [36] Hofmann 2011 [40]
rVes v 2a (0101) rVes v 2b (0201)	Hyaluronidase Hyaluronidase**inactive isoform	5 28 20	41 86 41	Seismann 2010 [35] Cifuentes 2014 [36] Seismann 2010 [35]
rVes v 3	Dipeptidylpeptidase IV	57 50	35 86	Blank 2010 [56] Cifuentes 2014 [36]
rVes v 5	Antigen 5	90 90 90 87 85 90	59 148 308 86 200 109	Hofmann 2011 [37] Ebo 2013 [39] Vos 2013 [28] Cifuentes 2014 [36] Korosec 2012 [38] Hofmann 2011 [40]
rVes v 6	Vitellogenin	39	28	Blank 2013 [59]
Combination	rVes v 1 + r Ves v 5	93 92 98 96 96	14 200 148 308 109	Seismann 2010 [35] Korosec 2012 [38] Ebo 2013 [39] Vos 2013 [28] Hofmann 2011 [40]
Combination	rVes v 1, rVes v 2, Ves v 3, rVes v 5	95	86	Cifuentes 2014 [36]