Shin tsire-tsire za su iya ji? Za su iya jin zafi? Ga mai shakka, ra'ayin cewa tsire-tsire suna jin dadi ba shi da hankali. Duk da haka, wasu bincike sun nuna cewa tsire-tsire, kamar mutane, suna iya amsawa ga sauti. Sir Jagadish Chandra Bose, kwararre a fannin shuke-shuken shuke-shuken Indiya kuma masanin kimiyyar lissafi, ya sadaukar da rayuwarsa wajen nazarin martanin tsiro ga kida. Ya kammala da cewa tsire-tsire suna amsa yanayin da ake noma su. Ya kuma tabbatar da cewa tsire-tsire suna kula da abubuwan muhalli kamar haske, sanyi, zafi da hayaniya. Luther Burbank, masani a fannin noman noma kuma ɗan ƙasar Amurka, yayi nazarin yadda tsire-tsire ke yi lokacin da aka hana su wurin zama. Ya yi magana da shuke-shuke. Dangane da bayanan gwaje-gwajen nasa, ya gano kusan nau'ikan azanci na ishirin a cikin tsirrai. Bincikensa ya samo asali ne daga Charles Darwin na "Canza Dabbobi da Tsirrai a Gida", wanda aka buga a 1868. Idan tsire-tsire sun amsa yadda suke girma kuma suna da hankali, to ta yaya suke amsa raƙuman sauti da girgizar da sautin kiɗa ya haifar? An dukufa nazari da yawa kan wadannan batutuwa. Don haka, a cikin 1962, Dokta TK Singh, shugaban sashen nazarin halittu na jami'ar Annamalai, ya gudanar da gwaje-gwaje, inda ya yi nazarin tasirin sautin kiɗa a kan ci gaban shuka. Ya gano cewa tsire-tsire na Amyris sun sami 20% tsayi da 72% a cikin biomass lokacin da aka ba su kiɗa. Da farko, ya yi gwaji da kiɗan Turawa na gargajiya. Daga baya, ya juya zuwa ragas na kida (ingantawa) da aka yi akan sarewa, violin, harmonium da veena, tsohuwar kayan aikin Indiya, kuma ya sami irin wannan tasirin. Singh ya maimaita gwajin amfanin gonakin gona ta hanyar amfani da wani takamaiman raga, wanda ya buga da gramophone da lasifika. Girman tsire-tsire ya karu (da 25-60%) idan aka kwatanta da daidaitattun tsire-tsire. Ya kuma gwada tasirin girgizar da masu rawa mara takalmi suka haifar. Bayan da aka gabatar da tsire-tsire zuwa rawar Bharat Natyam (salon raye-rayen Indiya mafi tsufa), ba tare da rakiyar kiɗa ba, tsire-tsire da yawa, gami da petunia da calendula, sun yi fure makonni biyu kafin sauran. Dangane da gwaje-gwajen, Singh ya zo ga ƙarshe cewa sautin violin yana da tasiri mafi ƙarfi ga ci gaban shuka. Ya kuma gano cewa idan aka “ciyar da iri” da kiɗa sannan kuma a yi tsiro, za su girma su zama ciyayi masu yawan ganye, masu girma dabam, da sauran ingantattun halaye. Waɗannan gwaje-gwaje da makamantansu sun tabbatar da cewa kiɗa yana shafar haɓakar tsirrai, amma ta yaya hakan zai yiwu? Ta yaya sauti ke shafar ci gaban shuka? Don bayyana wannan, yi la’akari da yadda mu ’yan Adam muke ji da kuma jin sauti.
Ana watsa sauti ta hanyar raƙuman ruwa masu yaduwa ta iska ko ruwa. Raƙuman ruwa suna haifar da barbashi a cikin wannan matsakaici don girgiza. Lokacin da muka kunna rediyo, raƙuman sauti suna haifar da girgiza a cikin iska wanda ke haifar da rawar kunnen kunne. Wannan makamashin matsi yana jujjuya shi zuwa makamashin lantarki ta hanyar kwakwalwa, wanda ke canza shi zuwa wani abu da muke jin sautin kiɗa. Hakazalika, matsa lamba da igiyoyin sauti ke haifar da girgizar da tsire-tsire ke ji. Tsire-tsire ba sa “ji” kiɗa. Suna jin girgizar motsin sautin.
Protoplasm, wani abu mai rai wanda ya ƙunshi dukkanin kwayoyin halitta na tsirrai da dabbobi, yana cikin yanayin motsi akai-akai. Girgizawar da shuka ta kama yana haɓaka motsi na protoplasm a cikin sel. Sa'an nan kuma, wannan ƙarfafawa yana rinjayar dukan jiki kuma zai iya inganta aikin - alal misali, samar da kayan abinci. Binciken ayyukan kwakwalwar dan Adam ya nuna cewa waka tana motsa sassa daban-daban na wannan gabo, wadanda ake kunna su wajen sauraren waka; kunna kayan kida yana kara kuzarin sassan kwakwalwa. Kiɗa yana rinjayar ba kawai tsire-tsire ba, har ma da DNA na mutum kuma yana iya canza shi. Don haka Dr. Leonard Horowitz ya gano cewa mitar 528 hertz na iya warkar da lalata DNA. Duk da yake babu isassun bayanan kimiyya da za su ba da haske kan wannan tambaya, Dr. Horowitz ya sami ka'idarsa daga Lee Lorenzen, wanda ya yi amfani da mitar 528 hertz don ƙirƙirar ruwa mai "clustered". Wannan ruwan yana karyewa zuwa ƙanana, tabbatattun zobba ko gungu. DNA na ɗan adam yana da membranes waɗanda ke ba da damar ruwa ya ratsa kuma ya wanke datti. Tunda ruwan "gungu" ya fi daure (crystalline), yana gudana cikin sauƙi ta cikin membranes tantanin halitta kuma yana kawar da ƙazanta yadda ya kamata. Ruwan da aka ɗaure ba ya gudana cikin sauƙi ta cikin membranes tantanin halitta, don haka datti ya ragu, wanda a ƙarshe zai iya haifar da cututtuka. Richard J Cically na Jami'ar California da ke Berkeley ya bayyana cewa tsarin kwayoyin ruwa yana ba da halaye na musamman na ruwa kuma yana taka muhimmiyar rawa a cikin aikin DNA. DNA mai ƙunshe da isassun ruwa yana da ƙarfin ƙarfin kuzari fiye da nau'ikansa waɗanda ba su ƙunshi ruwa ba. Farfesa Sikelli da wasu masana kimiyyar kwayoyin halitta daga Jami'ar California da ke Berkeley sun nuna cewa raguwar raguwar yawan kuzarin da ake samu a cikin ruwa mai kuzari da ke wankan matrix na kwayoyin halitta yana sa matakin makamashin DNA ya ragu. Masanin kimiyyar halittu Lee Lorenzen da wasu masu bincike sun gano cewa kwayoyin ruwa masu fuska shida, masu siffar crystal, masu siffar inabi, masu siffar inabi suna samar da matrix da ke kiyaye DNA lafiya. A cewar Lorenzen, lalata wannan matrix wani tsari ne mai mahimmanci wanda ke da mummunar tasiri a zahiri duk ayyukan ilimin lissafi. A cewar masanin kimiyyar halittu Steve Chemisky, gungu masu haske masu fuska shida waɗanda ke goyan bayan DNA ninki biyu na jijjiga helical a takamaiman mitar sautin zagayowar 528 a sakan daya. Tabbas, wannan baya nufin cewa mita 528 hertz yana iya gyara DNA kai tsaye. Duk da haka, idan wannan mita zai iya rinjayar tasirin ruwa mai kyau, to, zai iya taimakawa wajen kawar da datti, don haka jiki ya zama lafiya kuma yana daidaita metabolism. A 1998, Dr. Glen Rhine, a dakin bincike na Quantum Biology Research da ke birnin New York, ya gudanar da gwaje-gwaje da DNA a cikin bututun gwaji. Salon kiɗan guda huɗu, waɗanda suka haɗa da waƙar Sanskrit da waƙoƙin Gregorian, waɗanda ke amfani da mitar 528 hertz, an canza su zuwa raƙuman sauti na layi da kuma kunna ta na'urar CD don gwada bututun da ke cikin DNA. An ƙaddara tasirin kiɗan ta hanyar auna yadda samfuran da aka gwada na bututun DNA suka sha hasken ultraviolet bayan sa'a ɗaya na "sauraron" kiɗan. Sakamakon gwajin ya nuna cewa waƙar gargajiya ta ƙara sha da kashi 1.1%, kuma kiɗan rock ya haifar da raguwar wannan ƙarfin da kashi 1.8%, wato ya zama mara amfani. Koyaya, waƙar Gregorian ya haifar da raguwar ɗaukar 5.0% da 9.1% a cikin gwaje-gwaje daban-daban guda biyu. Yin waƙa a cikin Sanskrit ya haifar da irin wannan tasiri (8.2% da 5.8%, bi da bi) a cikin gwaje-gwaje biyu. Don haka, duka nau'ikan kiɗan masu tsarki suna da tasiri mai mahimmanci "bayyana" akan DNA. Gwajin Glen Raine ya nuna cewa kiɗa na iya daidaita DNA na ɗan adam. Rock da kiɗa na gargajiya ba sa shafar DNA, amma mawaƙa da waƙoƙin addini suna yi. Ko da yake an yi waɗannan gwaje-gwajen tare da keɓe da tsaftataccen DNA, mai yiyuwa ne mitocin da ke da alaƙa da waɗannan nau'ikan kiɗan su ma za su yi kama da DNA ɗin da ke cikin jiki.