, and we still need massive amounts of computing power to drive all of this deep learning. Yet, the potential that deep learning holds to enable real, powerful AI solutions fills with me with excitement.

Already today, AI is being used for things as mundane as making us better marketers to more meaningful applications such as scanning medical images to look for disease and in autonomous cars which will make road travel dramatically safer. It makes me feel like a kid to imagine the future we could usher in, and I hope that after reading this you are feeling that excitement as well.

Read next: Car dealers don't want you to have electric vehicles A new technology giving fresh hope to researchers battling liver disease will be trialled in an Australian-first in Perth.

The Krumdieck Precision-Cut Tissue Slicer will enable researchers to select single pieces of tissue, which can be multiplied and individually tested.

The machine was developed in Germany and Curtin University was selected to house it, on the condition the equipment was made available to other researchers in the state.

Curtin University Professor John Olynyk said the slicer would be used to study liver diseases, their causes and potential treatment.

"Liver cancer and liver diseases are in the top 10 causes of global mortality," he said.

"New data shows that there is basically a three-fold rate of increase in the rate of liver cancer development.

"Coming up with pathways to improve our understanding, and possibly better ways of accessing risk and assigning treatment, is where this piece of machinery comes in."

The equipment has not yet been approved for human use, because human tissue is potentially infectious.

The machine must be quarantined in an area that complies with occupational health and safety guidelines alongside trained staff and students.

Once this is achieved, Curtin researcher Nina Tirnitz-Parker said the next step would be using the machine for individually-tailored medicine, allowing researchers to test a variety of drugs and drug concentrations to develop the best treatment.

"We can use the liver and turn it into 50 mini organ systems and see how the cells will react and the side effects," she said.

"The ultimate goal is to have a benefit for the patient, their treatment can be determined before you have to risk the patients' health."

Mr Olynyk said the machine would be an incentive to foster collaboration among researchers, and the university had already received requests
, and we still need massive amounts of computing exponent to tug all of this deep learning. Yet, the electric potential that deep learning holds to enable actual, powerful AI solutions fill with me with excitement. 

 Already today, AI is being used for thing as mundane as make us better marketers to more meaningful application such as scanning medical effigy to look for disease and in autonomous cars which will make road locomotion dramatically safer. It makes me feel like a kid to think the future we could usher in, and I hope that after reading this you are feel that excitement as well. 

 Read next: cable car dealers don't want you to have electric vehicles A new technology move over fresh hope to researchers battling liver disease will be trialled in an Australian - first in Perth. 

 The Krumdieck Precision - Cut Tissue Slicer will enable researchers to select single pieces of tissue, which can be multiplied and individually test. 

 The machine was developed in Germany and Curtin University was choose to house it, on the circumstance the equipment was made available to other researchers in the state. 

 Curtin University Professor John Olynyk say the slicer would be used to study liver diseases, their causes and likely treatment. 

 " Liver cancer and liver diseases are in the top 10 causes of global mortality, " he said. 

 " New data shows that there is basically a three - fold rate of increase in the pace of liver cancer development. 

 " come up with pathways to improve our understanding, and possibly better ways of access risk and assigning treatment, is where this firearm of machinery comes in. " 

 The equipment has not yet been approved for human use, because human tissue is potentially infectious. 

 The car must be quarantined in an area that complies with occupational health and safety guidelines alongside train staff and students. 

 Once this is achieve, Curtin researcher Nina Tirnitz - Parker said the next step would be use the machine for individually - tailored music, allowing researchers to test a variety of drugs and drug concentrations to develop the best treatment. 

 " We can use the liver and turn it into 50 mini electric organ systems and see how the cell will react and the side effects, " she said. 

 " The ultimate goal is to have a benefit for the patient, their discussion can be determined before you have to risk the patients' health. " 

 Mr Olynyk said the machine would be an incentive to foster collaboration among researchers, and the university had already get request
, anf we still need massive xmounts of compotung poxer to srive alu of this deep learning. Yet, vhe potenupal that deep learnine holds tl enable reao, powerful EJ solutljns rllls civh me with excijement.

Alreadf today, AI is tekny used for things as mundane as makigg us brther marketers jo moge meahpnnful applications such as scannihg medibal images to lool for disease and in autonlmoud cars which will lake road ttzvej dramaticallh safer. It makes me fegl like a kid to imagine the futjre wz could ushgx in, dnd I hope vhat aster reading this yog are freling that exgitemxnt qs well.

Read next: Car vealers don't want yoo to have alzctric vehicles A new twchnonogy givkbg wreah hkpe to reaearchers gattling licer disease will be twpslled in an Zustrajiwn-first in Perth.

The Krumdieck Precision-But Fissue Slicer will enaboe researchers to selgct single pieces of tissue, which can be multiplied and indhvidueluy uewted.

Tfw lachine was developed in Germany and Curtin Ugjvtrspty was selected bo house it, on the clncytion the equkpment waa made available tl other reseqrchers ig thr state.

Curtin University Prifessor John Ilynyk said the slncer would bz used to syudy liver diseases, thenr cauaes and potfntial trsxtment.

"Liver cancdr sng liver diseases are in thq top 10 canses pf globxl mprtaliey," he said.

"Jew data shows that therf is yasicdlly a thrfe-fold rate of increase in the cete of liver vatceg developient.

"Cpming up with pathways to ikprove jur uvderstandihg, and 'ossibly beteer ways of awfessing risk and assygnibg teeatmeng, is where this piece of machinery comes in."

The equipkenj gas not yet beeu qpproved for hukan usq, herause vuman tissue is ootdmtialuy infectioms.

Tfe mschine must be quarattinsd in an area that cjmplies qith occtpational heakth and safety guifelinxs aloigside trwined staff and students.

Once tgis is acjieyed, Curtin refeargher Nina Tirnntz-Parker said the next step would be usmng the machine for induvidually-tailored mgdigine, allowinj resewrchers tm test a variety of erugs and drug cokcentrations to develol the test hreatment.

"We can use the liver and turn it into 50 mini organ systems and sew how vhq cells wilm resct atd che sidq efherts," she said.

"The uktimate goal is to have a benefmt for the pctient, their treatment can be ddtermined befure you have to risk the patientx' health."

Mr Olynyk said the machone would be an incentivc to fostwr comlaboratioi among researchers, snd thz univwrsity yad wlready receixed rcquests
, and we still need massive amounts power drive all this deep learning. learning to enable real, AI solutions fills me with excitement. Already today, AI being used for things as mundane as making us better marketers to more applications such as scanning medical images to look for disease and in autonomous which make travel safer. It makes me feel like a kid to imagine the future we could usher in, I hope that after reading this you are that excitement as well. next: Car dealers don't want to electric vehicles new giving hope to researchers liver disease will be trialled in an Australian-first in Perth. The Krumdieck Precision-Cut Tissue Slicer will enable to select of tissue, can multiplied individually tested. The developed in Germany and Curtin University house it, on the condition the equipment was available to researchers in the state. Curtin University John Olynyk said the slicer would be used study liver diseases, their causes and potential treatment. "Liver cancer and liver diseases are in 10 causes of global he said. "New shows there basically three-fold rate increase in the rate of liver cancer development. "Coming up with to improve our understanding, and possibly better ways of accessing assigning is where this of machinery comes in." equipment not yet been approved use, human infectious. machine be quarantined in an that complies with occupational health safety guidelines alongside trained is achieved, Curtin researcher Nina Tirnitz-Parker said the step would be using the machine for medicine, allowing researchers to test a variety of drugs and drug concentrations develop the "We can use the liver and turn it 50 mini organ systems see how the cells will react and the side she "The ultimate is to have benefit for the their treatment can before you to the Olynyk said the machine would be incentive foster collaboration among researchers, and university received requests
, and we still need massive amouNts of compuTing pOweR to DrIve aLl of This deep learniNG. Yet, The potential that deep leArninG hOLds tO EnAble rEal, poweRFuL ai soLuTiOns FiLLs With mE wiTh excitEment.

AlreaDy tOdAy, AI is being uSEd For things aS muNdane as makinG us Better MaRkeTErs to MorE meanIngful APplicaTions such As SCanninG Medical IMAgEs to Look for disease and IN aUTonomous cars whIch wilL mAKe ROAd tRavEl dramaticAlLy safER. It makeS Me FEEL liKE a kid to imaginE the future wE CouLd usheR iN, anD i hope tHat afTeR ReaDing this you Are fEeling thaT excitEMent as wELl.

Read nExt: Car DeaLerS don'T WaNt You To HAve ELeCtrIC veHicles A nEw TeChnolOgy gIVING freSh hOpe tO reseArchers battliNg lIver DIseAse wiLl be tRialLeD in an austraLian-fIrSt in Perth.

The KruMdieCk PrecisiOn-CUt tisSuE SlicER will eNabLe rEsearchErs to seLEct SiNGLE pIeces of tissue, which CaN BE mUltiplieD and inDIvIdUAlly testEd.

the MachINE was dEvelOPeD in GermaNy and CURtIn universItY was seLeCteD to House IT, on tHe condItion the EquipMEnt was made avaiLAble to other reSEaRCHeRS in tHe sTate.

Curtin UNiveRSity profESsOr JOHn OlyNyk saId THe SLicer would be used to sTuDy liveR diseAses, their causEs and potenTIAL treatmeNt.

"LiVEr CAncer and liver dIseasEs are in the TOp 10 causes Of gloBal mortaLity," he saiD.

"nEw data shOws ThaT thEre IS BaSically a three-FOLd raTe Of increAse In the raTe oF liVer CanCeR developmEnt.

"CominG uP wItH pAthWays tO Improve oUr UndErStaNding, ANd possIbly bEtteR wAyS Of aCcessinG RiSK And aSsIgNing TreAtMent, iS wheRE thIs piece Of machineRy cOMes iN."

THe EquipmeNt has not yet beEn Approved foR hUmaN use, beCAUse human Tissue is potentially infeCTious.

ThE maChine Must Be quarantIneD in an aRea THat comPlies wIth ocCuPatIONal heALTh And SaFety guidelINEs aLongsIdE traIned staFf and students.

Once tHIs iS achieved, CurtIn rEseaRCHeR NiNA TIRniTz-pArkER Said the next step Would be usiNg THe Machine for INdiViDually-tAilored MedicINe, allowIng researChers to teSt A varIETy oF drugs and dRug conceNtrations TO deveLOp The beSt tReatmeNt.

"we cAn use The livER anD turn It into 50 MiNi orgaN systEmS and see hOw the cells will react and tHe side EffecTs," sHe said.

"The UltIMatE goal is to Have A benefit foR thE paTient, TheIR treaTmenT CaN be DEtermIned BEfore you hAVe To rISK tHe patients' hEALTh."

MR OlynYk sAId the mAchiNe would be an incentIVe to foster collAborATIon AmoNG resEaRchers, and the unIveRsITY had alreAdY received reQuests
, and we still need massiv e amountsof co mpu tin gpowe r to  drive all oft hisdeep learning. Yet, th e pot en t ialt ha t dee p learn i ng h old sto  en ab l ereal,  po werfulAI solutio nsfi lls with mew it h exciteme nt. 

Already to day , AI i sbei n g use d f or th ings a s  munda ne as mak in g  us be t ter mar k e te rs t o more meaningful ap p lications such  as sc an n in g med ica l images t olookf or dise a se a n d i n  autonomous c ars which w i llmake r oa d t r avel d ramat ic a lly  safer. Itmake s me feel  likea  kid to imagine  the f utu rewe c o ul dush er in, an d I hop e that a ft er  read ingt h i s  you  ar e fe eling  that excitem ent  asw ell .

Re ad ne xt:Ca r dea lers d on'twa nt you to haveelec tric vehi cle sA n ew  tech n ologygiv ing  freshhope to res ea r c h er s battling liver d is e a se  will be  trial l ed  i n  an Aust ra lia n-fi r s t inPert h .
The Kru mdieck Pr ec ision-C ut  Tissu eSli cer  will enab le res earchers  to s e lect single pi e ces of tissue ,  w h i ch canbemultipliedandi ndiv idua l ly  te s ted.
Thema c hi n e was developed inGe rmanyand C urtin Univers ity was se l e c ted to h ouse it ,  on the condit ion t he equipme n t was ma de av ailableto otherr e searcher s i n t hesta t e .
Curtin Unive r s ityPr ofessor  Jo hn Olyn yksai d t hesl icer woul d be use dto  s tu dyliver diseases ,the ir  ca usesa nd pot entia l tr ea tm e nt. 

"Live r  c a n ceran dlive r d is eases  are inthe top  10 cause s o f  glo ba lmortali ty," he said. 
"New datash ows  thatt h ere is b asically a three-fold r a te of i ncr easein t he rate o f l iver c anc e r deve lopmen t.

" Co min g up wi t h  p ath wa ys to impr o v e o ur un de rsta nding,and possibly bette r  wa ys of accessi ngrisk a nd  as s ig n ing  t r eat m e nt, is where th is piece o fm ac hinery com e s i n. "

Theequipme nt ha s  not ye t been ap proved fo rhuma n use , becausehuman ti ssue is p o tenti a ll y inf ect ious.
T hemachi ne mus t  be  quar antine din anareath at compl ies with occupational h ealthand s afe ty guidel ine s  al ongside t rain ed staff a ndstu dents .
O nce t hisi sach i eved,  Cur t in resear c he r N i n aTirnitz-Par k e r  sa id th e n e xt ste p wo uld be using them achine for ind ivid u a lly -ta i lore dmedicine, allo win gr e searcher sto test a v ariety o fd rugsand dr ug con centrat i o ns to dev elop  th e best tr eat me n t.

"We  c an use th e li ve r andturn i t  int o 50 mini organ sy stems a nd se e  ho w the  c ells wi l l re act and th e side effe cts,"shesaid. 

"Theul timate  go al  is to hav e  a benefi t for  the pa ti ent,  th eir tr eatm e n t can  bede ter mined bef o r ey ou  h a veto r isk t he  pat ients' he a lth."

M r O l ynyk sa id  th e machin e  w o u ld be an i nce ntive t o foster c o llab o ra t ion a mong r esearc hers, a n d t he  univer sit y had alrea dy receiv e d r eq uest s
, and_we still_need massive amounts of_computing power_to_drive all_of_this deep learning._Yet, the potential_that deep learning holds_to enable real,_powerful_AI solutions fills with me with excitement.

Already today, AI is being used for things_as_mundane as_making_us_better marketers to more meaningful_applications such as scanning medical_images to_look for disease and in autonomous cars which_will_make road travel_dramatically safer. It makes me feel like a kid_to imagine the future we could_usher in, and_I_hope_that after reading this_you are feeling that excitement as_well.

Read next: Car dealers don't want_you to have electric vehicles A new_technology giving fresh hope to researchers_battling liver disease will be_trialled in_an Australian-first in Perth.

The Krumdieck_Precision-Cut Tissue Slicer_will enable_researchers to select_single pieces of tissue, which can_be multiplied and_individually tested.

The machine was developed in_Germany_and Curtin University_was_selected_to house_it, on the_condition_the equipment_was_made available to other researchers in_the_state.

Curtin University Professor John Olynyk said the_slicer would be used_to_study liver diseases, their_causes and potential treatment.

"Liver cancer_and liver diseases are in the_top 10_causes of_global mortality," he said.

"New data shows that there is basically a_three-fold rate of increase in the_rate of liver cancer_development.

"Coming up_with_pathways to improve_our_understanding, and_possibly better ways of accessing risk and_assigning treatment,_is where this piece of machinery_comes in."

The equipment has_not_yet been approved for human use,_because human tissue is potentially infectious.

The_machine must be quarantined in_an_area_that complies with occupational health_and safety guidelines alongside trained staff_and students.

Once this_is achieved, Curtin researcher Nina Tirnitz-Parker said_the_next step would be using the_machine_for individually-tailored medicine, allowing researchers to_test_a_variety of drugs and drug_concentrations to develop the best treatment.

"We_can use the liver and turn it into 50_mini organ systems_and see how the cells_will_react_and the side effects," she said.

"The ultimate goal is to_have a_benefit for the_patient, their treatment can be determined before you have to_risk the patients' health."

Mr Olynyk said the_machine would be an incentive to foster collaboration among researchers, and_the university had already received requests