FUNGAL (MOLD) TESTING RESULT REPORT* Cover Page RESULT TABLES ANALYTICAL REPORT (Spore trap report) MOLD BRIEF DESCRIPTIONS (In a separate file) Verified By: Wei Cohen, B.S. Approved By: Jian (Young) Bao, Ph. D. Certified by NY Sate Health Dept. Fungal Detail Report Cover Sheet (MB v06) Page 1 of 5
Mold Report: Microscopic Examination for Spore Trap Sample Sample Number Sample Location Sample Volume (L) Analytical Sensitivity(Counts/M ) M1 Outdoor M2 Living Rm M DinningRm Raw ct. Spores/M Raw ct. Spores/M Raw ct. Spores/M Raw ct. Spores/M M4 MstBedRm Agrocybe 8 05 114 - Alternaria - Arthrobotrys - Ascospores* 4 152 1 N - Aspergillus/Penicillium* 7 267 120 4571 O 15 571 Arthrinium N - Basidiospores* 7 267 2 76 E - Bipolaris - 114 - Chaetomium - 1 D - Cladosporium 0 114 45 1714 E 22 8 Cercospora - 1 T - Curvularia - 2 76 E - Epicoccum 1 2 76 C - Fusarium - 1 T - Ganoderma E - Myxomycetes 2 76 2 76 D 8 05 Nigrospora - Oidium - Pithomyces 7 267 1 - Stachybotrys - 1 2 76 Torula - Ulocladium 1 1 - Rust spores - Other Spores - 2 76 - Hyphae 11 419 7 267 2 76 Total 2971 7429 1867 Background Plant Pollen 2 76 2 76 Fiber Glass Insect Fragment 1-2 76 - Skin Fragments (1-5)** Total Background (1-5)** 1-1 2 2 *Aspergillus and Pneicillium spores (may include others, eg Paecilomyces ), are small and roundish with little differential traits by no-viable sampling methods. Most of basidiospores are from "mushroom", while ascospores from fungal fruit bodies. ** Skin fragment or Total background are scaled based on its density from lowest (#1) to highest (#5) on the trap slide. The scale 5 means having overloaded particulates, prohibiting counting fungal spores. Please visit: www.mbfocuslab.com. Jan (Young) Bao, Ph. D. (Lab Director) MB Focus Lab, Ver.MBST.0 Page 2 of 5
M2 Living Rm Agrocybe 0.08 05 - Aspergillus/Penicillium* 7 267 High Chaetomium 1.0 - High** Cladosporium 0 114 1.5 Medium Epicoccum 0.01 - Myxomycetes 0.02 76 - Stachybotrys 1.0 - High** Ulocladium 0.01 - Hyphae 11 0.6 419 Low 0 6 from zero ("-"). 2. The ratio of spores in cubic meter air is <1/ of outdoor control baseline, the probability of indoor source is low for this type of mold spore ("Low").. The spore number ratio is between 1/ to times of outdoor control baseline. The source is considered as indeterminate for this type of spore ("Undetermined"). 4. The spore number ratio is >, the spore type is considered as high probability of MB Focus Lab, Ver.MBST.0 Page of 5
M DinningRm Agrocybe 0.08 05 - Aspergillus/Penicillium* 0.07 267 - Chaetomium 0.0 Cladosporium 0.0 0 114 - Epicoccum 0.01 - Myxomycetes 0.02 76 - Stachybotrys 0.0 Ulocladium 0.01 - Hyphae 0.0 11 419-0 Significant Indoor-source Mold Was Not Indicated from This Sample. from zero ("-"). 2. The ratio of spores in cubic meter air is <1/ of outdoor control baseline, the probability of indoor source is low for this type of mold spore ("Low").. The spore number ratio is between 1/ to times of outdoor control baseline. The source is considered as indeterminate for this type of spore ("Undetermined"). 4. The spore number ratio is >, the spore type is considered as high probability of MB Focus Lab, Ver.MBST.0 Page 4 of 5
M4 MstBedRm Agrocybe 0.08 05 - Aspergillus/Penicillium* 7 267 2.1 Medium Chaetomium 0.0 Cladosporium 0 0.7 114 Low Epicoccum 0.01 - Myxomycetes 2 76 4.0 High Stachybotrys - 2.0 High** Ulocladium 0.01 - Hyphae 0.0 11 419-0 6 from zero ("-"). 2. The ratio of spores in cubic meter air is <1/ of outdoor control baseline, the probability of indoor source is low for this type of mold spore ("Low").. The spore number ratio is between 1/ to times of outdoor control baseline. The source is considered as indeterminate for this type of spore ("Undetermined"). 4. The spore number ratio is >, the spore type is considered as high probability of MB Focus Lab, Ver.MBST.0 Page 5 of 5