referring first to fig1 , it shows a device that includes : a ) a longitudinally elongated probe insertible into the vagina , for a test purpose , b ) a support operatively connected with the probe projecting away from the support , i ) a manually manipulable handle , ii ) and an edge presented generally longitudinally for limiting probe insertion into the vagina . as shown , the probe 10 of the apparatus 100 protrudes lengthwise from the support 12 , which defines a handle 12 a that can be easily gripped between the thumb 13 and forefinger 14 of the user , as seen in fig3 . the probe and support preferably have key - like configuration , as shown . forwardly or longitudinally presented edge 20 of the support limits insertion of the probe , as by engagement with the body 21 , and dual edges may be provided as at 20 a and 20 b , at opposite lateral sides of the probe , for that purpose . the apparatus 100 may for example consist of plastic , metal or compressed fiber ( example paper ). surface irregularities may be provided on one laterally facing side of the support , and such irregularities are shown to extend longitudinally to be grasped by the thumb and prevent lateral slippage , relative to the user &# 39 ; s thumb . the irregularities are shown in the form of protuberances 24 which are laterally spaced apart . the probe and support , or handle may have the following dimensions for best results : overall length l 2 of probe and support = 3¼ to 3¾ inches . w 1 ≈ ⅜ inch w 2 ≈ 1¼ inch t ≈ ¼ inch l 2 ≈ 3½ inch . also , the probe has an approximately flat , oval cross section , as seen in fig6 . fig1 also shows a test element or indicator 30 at the side of the probe , near its tip 31 , to be pressed toward and against the vaginal wall . element 30 typically comprises an indicator element , as for example one of the following : i ) a ph indicator ii ) an amine indicator iii ) a bacteria indicator iv ) sialidase indicator v ) prolidase indicator . the ph indicator or detector typically takes the form of a nitrazine ® strip or other carrier element adhered to the side of the probe , as for example by double sided adhesive tape . after exposure of the strip to vaginal moisture , its changed color ( according to ph level ) is compared with the series 41 of bands on a sheath 42 , as seen in fig9 . each band has a different color corresponding to a ph level color to which the detector strip may change . see for example the indicated ph levels 4 . 5 , 5 . 0 , 5 . 5 , 6 . 0 , 6 . 5 , 7 . 0 and 7 . 5 adjacent the color bands . the bands may be provided on a support strip 142 adhered to the outer surface of the sleeve or receptacle 42 . see also fig1 showing a manipulable element 145 including a probe 175 and handle 146 received in recesses 144 in a plastic carrier 180 , with support strip 146 adhered to the carrier . a series of bands 185 , like bands 41 , is located on the strip 146 . paper strips providing such elements are known , and sold under the name hydrion papers , by micro essential laboratory inc ., brooklyn , n . y . 11210 . the band for ph 4 . 5 is typically bright yellow ; the band for ph 6 . 0 is olive in color ; and the band for ph 7 . 5 is navy blue . in fig1 a standard comparison zone is provided on the probe , one example being a plastic part 150 aa received in a recess in the probe in proximity to the ph sensitive indicator 130 a . the outer surface of part 150 aa has a color corresponding to a predetermined ph level , at or near neutral ph level , such as 4 . 5 for example , for quick visual color comparison with the color of the indicator , after indicator contact with vaginal moisture . when a nitrazine ® indicator is used , the surface of part 150 aa can be sunflower yellow , to indicate a standard 4 . 5 ph . a corresponding part 150 a is shown in fig1 and 7 . in use , the user first visually compares the color of the indicator 130 a ( after exposure to vaginal moisture ) and the standard zone ( such as the surface of locality 150 aa ), and any difference in color indicates a possible problem . this consists of a screen test . the color , size , and location of standard zone 150 are such as to provide prominent visual color comparison of zone 150 aa with the indicator . next , the probe 175 and sleeve or receptacle 180 are relatively moved , to bring the detector indicator 130 a ( after its exposure to moisture and color change as referred to above ) into lateral registration with the color comparison bands 185 , enabling ready visual comparison of the color of the detector strip with the closest color of one of the bands , enabling a ph level determination . for this purpose , a window zone of the carrier sleeve adjacent the bands may be transparent to allow visual observation of the detector , through that zone , adjacent the bands . in summary , the probe is inserted into the vagina to collect moisture and withdrawn , and the quick visual screen comparison is made , viewing the probe indictor and the standard comparison zone for quick detection of a possible problem , as for example need for estrogen . thereafter , color comparison may be made with the colored bands , to more definitively determine moisture ph level . the probe is re - inserted into the elongated carrier receptacle 180 . the color changing reactant may consist , for example , of one or more of the following : bromocresol green , bromocresol purple , nitrazine yellow , bromophenol blue , and equivalents . an optional procedure consists of obtaining a visual comparison of the color changed zone on the receiver 130 a with a color ? or different colors , or band color shades , as at 185 , where one color band may indicate presence of putrecine ; another color band may indicate presence of cadaverine ; and a third band may have another color or color shade close to but different from the first two , and so indicating absence of putrecine or cadaverine , or other bacterial producing amine , i . e . an amine test when compared side - by - side with the color on the receiver 130 a . such amine indicates presence of pathogenic bacteria . in fig1 , the indicator 130 a and comparison zone 150 a have substantially the same sizes and shapes , for enhancement of visual accuracy of color comparison . also , the probe 145 has a substantially flat side 175 , the indicator and comparison zones being exposed at that flat side . the local indicator and comparison zones are located in mutual proximity lengthwise of the probe , for rapid digital type color comparison readout ( i . e . problem or no problem , per color visual differentiation ). both are substantially circular , and the exposed surfaces of each extend in substantially the same flat plane . undulant edges 180 a of the carrier and / or edges of 130 a to 150 a allow or facilitate relative travel of moisture along multiple paths 181 to reach the indicator 130 a or zone 150 a . see path arrows 182 . the diameters of 130 a and 150 a may be between 3 / 16 and ⅜ inch , for optimum visual comparison effect . all of these contribute to enhancement of accurate , quick , viewing comparison to quickly detect color differences from a standard level . carrier 180 receives the probe 145 and handle 146 , and carries the ph color comparison chart 177 . fig1 shows reception of an indictor 160 and comparison zone plastic button 161 , in recesses 162 and 163 in a probe 164 , the outward facing surfaces of 160 and 161 being of generally the same size and shape and in the same plane for accuracy of comparison ( equal illumination , light reflections , etc .). 1 . bacterial infection above 4 . 5 - 6 . 5 2 . menopause above 4 . 5 - 6 . 5 3 . sprom above 4 . 5 - 7 . 5 4 . osteoporosis above 4 . 5 - 6 . 5 additional indicators and standard comparison zones may be provided on the probe , as shown at 160 a and 161 a , in fig1 , for redundancy and color differentiation confirmation . fig1 shows a modification 199 in which elements the same as in fig1 have the same identifying numerals . in addition , an elongated strip 200 is applied to the flat side 175 of the probe 145 . strip 200 includes , or carries , a thin layer of koh , or other equivalent hydroxide reactive with an amine produced by vaginal bacteria , for use in testing for such an amine in the fluid sample from the vagina . see flow path arrow 182 . when contacted with an amine in vaginal moisture the koh reacts to produce a characteristic odor , which is a “ fish ” type odor , from which a doctor can diagnose the presence of amine in the test sample . accordingly , the device 199 provides multiple test sites to enable quick multiple diagnostic tests for vaginal ph as may indicate estrogen deficiency as described , and for presence of amines ( produced by vaginal bacteria ) indicative of bv ( i . e . bacterial vaginosis ). such amines include cadavarine and putrecine . fig1 shows a further modified device 210 which comprises an elongated thin stem 211 having test site zones 212 and 213 extending endwise oppositely of stem mid - portion 214 . that mid - portion is adapted to be grasped as by the user &# 39 ; s thumb 215 and first finger 216 , during use of the device 210 . there may be concave recesses 217 , and 218 sunk in the edges 214 a and 214 b of stem mid - portion 214 , for grasping and stem manipulation purposes . test sites 130 a and 150 a at zone 212 are the same as provided in fig1 , i . e . have the same utility and relative placement . test site 200 has the same structure and utility as site 200 in fig1 ; however , it is located at zone 213 , remotely from sites 130 a and 150 a . in use the stem or stick is manipulated so that either zone 212 or zone 213 is first inserted into the vagina to receive vaginal moisture , and subsequently the stem is withdrawn and endwise removed so that the other of the zones 212 or 213 can then be separately inserted into the vagina to receive vaginal moisture and then withdrawn . this procedure avoids contact of moisture on site 200 with moisture on sites 130 a and 150 a , while still enabling rapid use and observation of all test sites 130 a , 150 a and 200 . such contact of moisture on site 200 with moisture on either or both of sites 130 a and 150 a could detrimentally change the ph at those latter sites due to the ph of the hydroxide containing moisture at site 200 . as an alternative , the device of fig1 could be modified to place site 200 at the opposite side of the stem 175 , so that moisture on site 200 would be unlikely to be displaced as by smearing to contact moisture at sites 130 a and 150 a , at the opposite sides of the stem . a protective film may be applied to cover site 200 until use , as for example by application to koh or other hydroxide at the site of vaginal discharge , i . e applied for example by a q - tip . fig1 and 16 show a preferred modification 210 in which elements the same as in fig1 have the same identifying numerals . in addition an elongated absorbent strip 211 is attached to the flat opposite side 212 of the probe 145 , where side 212 is opposite side 175 . in use , sides 175 and 212 are exposed to moisture in the vagina , and the probe is then removed . strip 211 constitutes a test site for production of amine or amines , such as cadaverine and putrecine . an hydroxide is then applied to the test site at moistened strip 211 , externally of the vagina so contact of hydroxide with the vagina is avoided . see drops 214 of liquid hydroxide in fig1 , applied to strip 211 , the amount of applied hydroxide being easily controllable , as by manipulation of an ampule 216 . as referred to above , when contacted with an amine in vaginal moisture , the hydroxide reacts to produce a characteristic odor , which is a “ fish ” type odor , from which a user 219 can detect ( as seen at 220 in fig1 ) the presence of amines in the test at the test site . accordingly , the device 210 provides multiple test sites to enable quick multiple diagnostic tests for vaginal ph as may indicate estrogen deficiency as described , and for presence of amine ( produced by vaginal bacteria ) indicative of bacterial vaginosis . by avoiding inclusion of hydroxide on the probe at the time of insertion into the vagina , undesirable application or mixing of hydroxide with the ph test sites seen in fig1 is avoided , whereby erroneous readings of ph are avoided . strip 211 can thus be located at the direct opposite side of the probe from the ph indicators 130 a and 150 a , without risk of hydroxide contamination of those sites . usable hydroxides include : koh , milk of magnesia , baking soda and sea water , as well as others . the strip 211 may consist of a “ super absorbent polymer ” such as “ waste lock ”, from m2 polymer , or the highly moisture absorbent “ lyocell fiber ” referenced in “ medical textiles ”, june 2003 , at page 3 , as well as others , such as filter paper . fig1 shows a kit 230 including a carrier tray 231 ; probe 210 on the tray ; and hydroxide ampules 216 on the tray ; and a ph color comparison chart 177 on the tray . that type chart use also referenced in fig1 . elements of the kit are used as described in fig1 - 17 , after removal from the tray . in the above , the word “ hydroxide ” is intended to include , within its scope , alkaline substances , that may for example be flowable .